query_id stringlengths 21 44 | case_id stringlengths 12 35 | raw_text stringlengths 383 720 | parsed_text stringlengths 383 720 | video video 5.5 5.5 |
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biaxialTension_S000__query_1 | biaxialTension_S000 | Identify the 2D solid mechanics simulation of biaxial tensile loading of a thin plate, where plate stretches in both in-plane directions. The specimen is a thin plate, in-plane dimensions about 0.85032 by 0.47589 and thickness about 0.023054, with biaxial stretch ratio about 0.6578. The material is linear elastic, Youn... | Identify the 2D solid mechanics simulation of biaxial tensile loading of a thin plate, where plate stretches in both in-plane directions. The specimen is a thin plate, in-plane dimensions about 0.85032 by 0.47589 and thickness about 0.023054, with biaxial stretch ratio about 0.6578. The material is linear elastic, Youn... | |
biaxialTension_S000__query_2 | biaxialTension_S000 | Identify the solid mechanics simulation matching these physical constraints: the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry has length-to-height ratio about 1.787, the material law is linear elastic, and the boundary loading is bia... | Identify the solid mechanics simulation matching these physical constraints: the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry has length-to-height ratio about 1.787, the material law is linear elastic, and the boundary loading is bia... | |
biaxialTension_S000__query_3 | biaxialTension_S000 | Find the deformation simulation characterized by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the specimen has in-plane dimensions about 0.85032 by 0.47589 and thickness about 0.023054, the material law is linear elastic, the boundary loading... | Find the deformation simulation characterized by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the specimen has in-plane dimensions about 0.85032 by 0.47589 and thickness about 0.023054, the material law is linear elastic, the boundary loading... | |
biaxialTension_S000__query_4 | biaxialTension_S000 | Select the mechanics simulation in which the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, the boundary loading is biaxial displacement control, the loading magnitude is given by load factor about 0.057478, and ... | Select the mechanics simulation in which the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, the boundary loading is biaxial displacement control, the loading magnitude is given by load factor about 0.057478, and ... | |
biaxialTension_S000__query_5 | biaxialTension_S000 | Retrieve the simulated solid response with the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, Poisson's ratio about 0.23534, the boundary loading is biaxial displacement control, and the visible response is that ... | Retrieve the simulated solid response with the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, Poisson's ratio about 0.23534, the boundary loading is biaxial displacement control, and the visible response is that ... | |
biaxialTension_S000__query_6 | biaxialTension_S000 | Match the solid-mechanics result described by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry includes biaxial stretch ratio about 0.6578, the material law is linear elastic, Young's modulus about 1.0523e+10, and the boundary loadin... | Match the solid-mechanics result described by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry includes biaxial stretch ratio about 0.6578, the material law is linear elastic, Young's modulus about 1.0523e+10, and the boundary loadin... | |
biaxialTension_S001__query_1 | biaxialTension_S001 | Identify the 2D solid mechanics simulation of biaxial tensile loading of a thin plate, where plate stretches in both in-plane directions. The specimen is a thin plate, in-plane dimensions about 1.9258 by 0.61 and thickness about 0.016678, with biaxial stretch ratio about 0.9552. The material is linear elastic, Young's ... | Identify the 2D solid mechanics simulation of biaxial tensile loading of a thin plate, where plate stretches in both in-plane directions. The specimen is a thin plate, in-plane dimensions about 1.9258 by 0.61 and thickness about 0.016678, with biaxial stretch ratio about 0.9552. The material is linear elastic, Young's ... | |
biaxialTension_S001__query_2 | biaxialTension_S001 | Identify the solid mechanics simulation matching these physical constraints: the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry has length-to-height ratio about 3.157, the material law is linear elastic, and the boundary loading is bia... | Identify the solid mechanics simulation matching these physical constraints: the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry has length-to-height ratio about 3.157, the material law is linear elastic, and the boundary loading is bia... | |
biaxialTension_S001__query_3 | biaxialTension_S001 | Find the deformation simulation characterized by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the specimen has in-plane dimensions about 1.9258 by 0.61 and thickness about 0.016678, the material law is linear elastic, the boundary loading is ... | Find the deformation simulation characterized by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the specimen has in-plane dimensions about 1.9258 by 0.61 and thickness about 0.016678, the material law is linear elastic, the boundary loading is ... | |
biaxialTension_S001__query_4 | biaxialTension_S001 | Select the mechanics simulation in which the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, the boundary loading is biaxial displacement control, the loading magnitude is given by load factor about 0.059344, and ... | Select the mechanics simulation in which the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, the boundary loading is biaxial displacement control, the loading magnitude is given by load factor about 0.059344, and ... | |
biaxialTension_S001__query_5 | biaxialTension_S001 | Retrieve the simulated solid response with the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, Poisson's ratio about 0.20025, the boundary loading is biaxial displacement control, and the visible response is that ... | Retrieve the simulated solid response with the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, Poisson's ratio about 0.20025, the boundary loading is biaxial displacement control, and the visible response is that ... | |
biaxialTension_S001__query_6 | biaxialTension_S001 | Match the solid-mechanics result described by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry includes biaxial stretch ratio about 0.9552, the material law is linear elastic, Young's modulus about 3.2565e+09, and the boundary loadin... | Match the solid-mechanics result described by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry includes biaxial stretch ratio about 0.9552, the material law is linear elastic, Young's modulus about 3.2565e+09, and the boundary loadin... | |
biaxialTension_S002__query_1 | biaxialTension_S002 | Identify the 2D solid mechanics simulation of biaxial tensile loading of a thin plate, where plate stretches in both in-plane directions. The specimen is a thin plate, in-plane dimensions about 0.75589 by 0.48358 and thickness about 0.019934, with biaxial stretch ratio about 0.9304. The material is linear elastic, Youn... | Identify the 2D solid mechanics simulation of biaxial tensile loading of a thin plate, where plate stretches in both in-plane directions. The specimen is a thin plate, in-plane dimensions about 0.75589 by 0.48358 and thickness about 0.019934, with biaxial stretch ratio about 0.9304. The material is linear elastic, Youn... | |
biaxialTension_S002__query_2 | biaxialTension_S002 | Identify the solid mechanics simulation matching these physical constraints: the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry has length-to-height ratio about 1.563, the material law is linear elastic, and the boundary loading is bia... | Identify the solid mechanics simulation matching these physical constraints: the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry has length-to-height ratio about 1.563, the material law is linear elastic, and the boundary loading is bia... | |
biaxialTension_S002__query_3 | biaxialTension_S002 | Find the deformation simulation characterized by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the specimen has in-plane dimensions about 0.75589 by 0.48358 and thickness about 0.019934, the material law is linear elastic, the boundary loading... | Find the deformation simulation characterized by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the specimen has in-plane dimensions about 0.75589 by 0.48358 and thickness about 0.019934, the material law is linear elastic, the boundary loading... | |
biaxialTension_S002__query_4 | biaxialTension_S002 | Select the mechanics simulation in which the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, the boundary loading is biaxial displacement control, the loading magnitude is given by load factor about 0.06101, and t... | Select the mechanics simulation in which the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, the boundary loading is biaxial displacement control, the loading magnitude is given by load factor about 0.06101, and t... | |
biaxialTension_S002__query_5 | biaxialTension_S002 | Retrieve the simulated solid response with the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, Poisson's ratio about 0.45271, the boundary loading is biaxial displacement control, and the visible response is that ... | Retrieve the simulated solid response with the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, Poisson's ratio about 0.45271, the boundary loading is biaxial displacement control, and the visible response is that ... | |
biaxialTension_S002__query_6 | biaxialTension_S002 | Match the solid-mechanics result described by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry includes biaxial stretch ratio about 0.9304, the material law is linear elastic, Young's modulus about 8.1948e+08, and the boundary loadin... | Match the solid-mechanics result described by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry includes biaxial stretch ratio about 0.9304, the material law is linear elastic, Young's modulus about 8.1948e+08, and the boundary loadin... | |
biaxialTension_S004__query_1 | biaxialTension_S004 | Identify the 2D solid mechanics simulation of biaxial tensile loading of a thin plate, where plate stretches in both in-plane directions. The specimen is a thin plate, in-plane dimensions about 0.80506 by 0.18017 and thickness about 0.008708, with biaxial stretch ratio about 1.136. The material is linear elastic, Young... | Identify the 2D solid mechanics simulation of biaxial tensile loading of a thin plate, where plate stretches in both in-plane directions. The specimen is a thin plate, in-plane dimensions about 0.80506 by 0.18017 and thickness about 0.008708, with biaxial stretch ratio about 1.136. The material is linear elastic, Young... | |
biaxialTension_S004__query_2 | biaxialTension_S004 | Identify the solid mechanics simulation matching these physical constraints: the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry has length-to-height ratio about 4.468, the material law is linear elastic, and the boundary loading is bia... | Identify the solid mechanics simulation matching these physical constraints: the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry has length-to-height ratio about 4.468, the material law is linear elastic, and the boundary loading is bia... | |
biaxialTension_S004__query_3 | biaxialTension_S004 | Find the deformation simulation characterized by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the specimen has in-plane dimensions about 0.80506 by 0.18017 and thickness about 0.008708, the material law is linear elastic, the boundary loading... | Find the deformation simulation characterized by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the specimen has in-plane dimensions about 0.80506 by 0.18017 and thickness about 0.008708, the material law is linear elastic, the boundary loading... | |
biaxialTension_S004__query_4 | biaxialTension_S004 | Select the mechanics simulation in which the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, the boundary loading is biaxial displacement control, the loading magnitude is given by load factor about 0.063386, and ... | Select the mechanics simulation in which the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, the boundary loading is biaxial displacement control, the loading magnitude is given by load factor about 0.063386, and ... | |
biaxialTension_S004__query_5 | biaxialTension_S004 | Retrieve the simulated solid response with the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, Poisson's ratio about 0.41984, the boundary loading is biaxial displacement control, and the visible response is that ... | Retrieve the simulated solid response with the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, Poisson's ratio about 0.41984, the boundary loading is biaxial displacement control, and the visible response is that ... | |
biaxialTension_S004__query_6 | biaxialTension_S004 | Match the solid-mechanics result described by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry includes biaxial stretch ratio about 1.136, the material law is linear elastic, Young's modulus about 1.2284e+09, and the boundary loading... | Match the solid-mechanics result described by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry includes biaxial stretch ratio about 1.136, the material law is linear elastic, Young's modulus about 1.2284e+09, and the boundary loading... | |
biaxialTension_S005__query_1 | biaxialTension_S005 | Identify the 2D solid mechanics simulation of biaxial tensile loading of a thin plate, where plate stretches in both in-plane directions. The specimen is a thin plate, in-plane dimensions about 1.6854 by 0.17611 and thickness about 0.021383, with biaxial stretch ratio about 0.7137. The material is linear elastic, Young... | Identify the 2D solid mechanics simulation of biaxial tensile loading of a thin plate, where plate stretches in both in-plane directions. The specimen is a thin plate, in-plane dimensions about 1.6854 by 0.17611 and thickness about 0.021383, with biaxial stretch ratio about 0.7137. The material is linear elastic, Young... | |
biaxialTension_S005__query_2 | biaxialTension_S005 | Identify the solid mechanics simulation matching these physical constraints: the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry has length-to-height ratio about 9.57, the material law is linear elastic, and the boundary loading is biax... | Identify the solid mechanics simulation matching these physical constraints: the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry has length-to-height ratio about 9.57, the material law is linear elastic, and the boundary loading is biax... | |
biaxialTension_S005__query_3 | biaxialTension_S005 | Find the deformation simulation characterized by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the specimen has in-plane dimensions about 1.6854 by 0.17611 and thickness about 0.021383, the material law is linear elastic, the boundary loading ... | Find the deformation simulation characterized by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the specimen has in-plane dimensions about 1.6854 by 0.17611 and thickness about 0.021383, the material law is linear elastic, the boundary loading ... | |
biaxialTension_S005__query_4 | biaxialTension_S005 | Select the mechanics simulation in which the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, the boundary loading is biaxial displacement control, the loading magnitude is given by load factor about 0.064511, and ... | Select the mechanics simulation in which the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, the boundary loading is biaxial displacement control, the loading magnitude is given by load factor about 0.064511, and ... | |
biaxialTension_S005__query_5 | biaxialTension_S005 | Retrieve the simulated solid response with the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, Poisson's ratio about 0.23938, the boundary loading is biaxial displacement control, and the visible response is that ... | Retrieve the simulated solid response with the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, Poisson's ratio about 0.23938, the boundary loading is biaxial displacement control, and the visible response is that ... | |
biaxialTension_S005__query_6 | biaxialTension_S005 | Match the solid-mechanics result described by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry includes biaxial stretch ratio about 0.7137, the material law is linear elastic, Young's modulus about 1.6957e+10, and the boundary loadin... | Match the solid-mechanics result described by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry includes biaxial stretch ratio about 0.7137, the material law is linear elastic, Young's modulus about 1.6957e+10, and the boundary loadin... | |
biaxialTension_S007__query_1 | biaxialTension_S007 | Identify the 2D solid mechanics simulation of biaxial tensile loading of a thin plate, where plate stretches in both in-plane directions. The specimen is a thin plate, in-plane dimensions about 0.59873 by 0.28557 and thickness about 0.014698, with biaxial stretch ratio about 0.7351. The material is linear elastic, Youn... | Identify the 2D solid mechanics simulation of biaxial tensile loading of a thin plate, where plate stretches in both in-plane directions. The specimen is a thin plate, in-plane dimensions about 0.59873 by 0.28557 and thickness about 0.014698, with biaxial stretch ratio about 0.7351. The material is linear elastic, Youn... | |
biaxialTension_S007__query_2 | biaxialTension_S007 | Identify the solid mechanics simulation matching these physical constraints: the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the specimen has in-plane dimensions about 0.59873 by 0.28557 and thickness about 0.014698, the material law is linear e... | Identify the solid mechanics simulation matching these physical constraints: the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the specimen has in-plane dimensions about 0.59873 by 0.28557 and thickness about 0.014698, the material law is linear e... | |
biaxialTension_S007__query_3 | biaxialTension_S007 | Find the deformation simulation characterized by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry has length-to-height ratio about 2.097, the material law is linear elastic, the boundary loading is biaxial displacement control, and t... | Find the deformation simulation characterized by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry has length-to-height ratio about 2.097, the material law is linear elastic, the boundary loading is biaxial displacement control, and t... | |
biaxialTension_S007__query_4 | biaxialTension_S007 | Select the mechanics simulation in which the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, the boundary loading is biaxial displacement control, tensile or positive loading sign, and the loading detail is biaxia... | Select the mechanics simulation in which the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, the boundary loading is biaxial displacement control, tensile or positive loading sign, and the loading detail is biaxia... | |
biaxialTension_S007__query_5 | biaxialTension_S007 | Retrieve the simulated solid response with the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, Poisson's ratio about 0.42468, the boundary loading is biaxial displacement control, and the visible response is that ... | Retrieve the simulated solid response with the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, Poisson's ratio about 0.42468, the boundary loading is biaxial displacement control, and the visible response is that ... | |
biaxialTension_S007__query_6 | biaxialTension_S007 | Match the solid-mechanics result described by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry includes biaxial stretch ratio about 0.7351, the material law is linear elastic, Young's modulus about 1.4771e+09, and the boundary loadin... | Match the solid-mechanics result described by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry includes biaxial stretch ratio about 0.7351, the material law is linear elastic, Young's modulus about 1.4771e+09, and the boundary loadin... | |
biaxialTension_S008__query_1 | biaxialTension_S008 | Identify the 2D solid mechanics simulation of biaxial tensile loading of a thin plate, where plate stretches in both in-plane directions. The specimen is a thin plate, in-plane dimensions about 0.87668 by 0.17889 and thickness about 0.024884, with biaxial stretch ratio about 1.338. The material is linear elastic, Young... | Identify the 2D solid mechanics simulation of biaxial tensile loading of a thin plate, where plate stretches in both in-plane directions. The specimen is a thin plate, in-plane dimensions about 0.87668 by 0.17889 and thickness about 0.024884, with biaxial stretch ratio about 1.338. The material is linear elastic, Young... | |
biaxialTension_S008__query_2 | biaxialTension_S008 | Identify the solid mechanics simulation matching these physical constraints: the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry has length-to-height ratio about 4.901, the material law is linear elastic, and the boundary loading is bia... | Identify the solid mechanics simulation matching these physical constraints: the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry has length-to-height ratio about 4.901, the material law is linear elastic, and the boundary loading is bia... | |
biaxialTension_S008__query_3 | biaxialTension_S008 | Find the deformation simulation characterized by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the specimen has in-plane dimensions about 0.87668 by 0.17889 and thickness about 0.024884, the material law is linear elastic, the boundary loading... | Find the deformation simulation characterized by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the specimen has in-plane dimensions about 0.87668 by 0.17889 and thickness about 0.024884, the material law is linear elastic, the boundary loading... | |
biaxialTension_S008__query_4 | biaxialTension_S008 | Select the mechanics simulation in which the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, the boundary loading is biaxial displacement control, the loading magnitude is given by load factor about 0.068721, and ... | Select the mechanics simulation in which the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, the boundary loading is biaxial displacement control, the loading magnitude is given by load factor about 0.068721, and ... | |
biaxialTension_S008__query_5 | biaxialTension_S008 | Retrieve the simulated solid response with the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, Poisson's ratio about 0.43838, the boundary loading is biaxial displacement control, and the visible response is that ... | Retrieve the simulated solid response with the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, Poisson's ratio about 0.43838, the boundary loading is biaxial displacement control, and the visible response is that ... | |
biaxialTension_S008__query_6 | biaxialTension_S008 | Match the solid-mechanics result described by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry includes biaxial stretch ratio about 1.338, the material law is linear elastic, Young's modulus about 1.4147e+11, and the boundary loading... | Match the solid-mechanics result described by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry includes biaxial stretch ratio about 1.338, the material law is linear elastic, Young's modulus about 1.4147e+11, and the boundary loading... | |
biaxialTension_S009__query_1 | biaxialTension_S009 | Identify the 2D solid mechanics simulation of biaxial tensile loading of a thin plate, where plate stretches in both in-plane directions. The specimen is a thin plate, in-plane dimensions about 1.9671 by 0.68229 and thickness about 0.02894, with biaxial stretch ratio about 1.204. The material is linear elastic, Young's... | Identify the 2D solid mechanics simulation of biaxial tensile loading of a thin plate, where plate stretches in both in-plane directions. The specimen is a thin plate, in-plane dimensions about 1.9671 by 0.68229 and thickness about 0.02894, with biaxial stretch ratio about 1.204. The material is linear elastic, Young's... | |
biaxialTension_S009__query_2 | biaxialTension_S009 | Identify the solid mechanics simulation matching these physical constraints: the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry has length-to-height ratio about 2.883, the material law is linear elastic, and the boundary loading is bia... | Identify the solid mechanics simulation matching these physical constraints: the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry has length-to-height ratio about 2.883, the material law is linear elastic, and the boundary loading is bia... | |
biaxialTension_S009__query_3 | biaxialTension_S009 | Find the deformation simulation characterized by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the specimen has in-plane dimensions about 1.9671 by 0.68229 and thickness about 0.02894, the material law is linear elastic, the boundary loading i... | Find the deformation simulation characterized by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the specimen has in-plane dimensions about 1.9671 by 0.68229 and thickness about 0.02894, the material law is linear elastic, the boundary loading i... | |
biaxialTension_S009__query_4 | biaxialTension_S009 | Select the mechanics simulation in which the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, the boundary loading is biaxial displacement control, the loading magnitude is given by load factor about 0.07041, and t... | Select the mechanics simulation in which the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, the boundary loading is biaxial displacement control, the loading magnitude is given by load factor about 0.07041, and t... | |
biaxialTension_S009__query_5 | biaxialTension_S009 | Retrieve the simulated solid response with the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, Poisson's ratio about 0.42128, the boundary loading is biaxial displacement control, and the visible response is that ... | Retrieve the simulated solid response with the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, Poisson's ratio about 0.42128, the boundary loading is biaxial displacement control, and the visible response is that ... | |
biaxialTension_S009__query_6 | biaxialTension_S009 | Match the solid-mechanics result described by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry includes biaxial stretch ratio about 1.204, the material law is linear elastic, Young's modulus about 1.1965e+10, and the boundary loading... | Match the solid-mechanics result described by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry includes biaxial stretch ratio about 1.204, the material law is linear elastic, Young's modulus about 1.1965e+10, and the boundary loading... | |
biaxialTension_S010__query_1 | biaxialTension_S010 | Identify the 2D solid mechanics simulation of biaxial tensile loading of a thin plate, where plate stretches in both in-plane directions. The specimen is a thin plate, in-plane dimensions about 1.0259 by 0.5096 and thickness about 0.019147, with biaxial stretch ratio about 1.072. The material is linear elastic, Young's... | Identify the 2D solid mechanics simulation of biaxial tensile loading of a thin plate, where plate stretches in both in-plane directions. The specimen is a thin plate, in-plane dimensions about 1.0259 by 0.5096 and thickness about 0.019147, with biaxial stretch ratio about 1.072. The material is linear elastic, Young's... | |
biaxialTension_S010__query_2 | biaxialTension_S010 | Identify the solid mechanics simulation matching these physical constraints: the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry has length-to-height ratio about 2.013, the material law is linear elastic, and the boundary loading is bia... | Identify the solid mechanics simulation matching these physical constraints: the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry has length-to-height ratio about 2.013, the material law is linear elastic, and the boundary loading is bia... | |
biaxialTension_S010__query_3 | biaxialTension_S010 | Find the deformation simulation characterized by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the specimen has in-plane dimensions about 1.0259 by 0.5096 and thickness about 0.019147, the material law is linear elastic, the boundary loading i... | Find the deformation simulation characterized by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the specimen has in-plane dimensions about 1.0259 by 0.5096 and thickness about 0.019147, the material law is linear elastic, the boundary loading i... | |
biaxialTension_S010__query_4 | biaxialTension_S010 | Select the mechanics simulation in which the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, the boundary loading is biaxial displacement control, the loading magnitude is given by load factor about 0.071259, and ... | Select the mechanics simulation in which the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, the boundary loading is biaxial displacement control, the loading magnitude is given by load factor about 0.071259, and ... | |
biaxialTension_S010__query_5 | biaxialTension_S010 | Retrieve the simulated solid response with the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, Poisson's ratio about 0.21198, the boundary loading is biaxial displacement control, and the visible response is that ... | Retrieve the simulated solid response with the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, Poisson's ratio about 0.21198, the boundary loading is biaxial displacement control, and the visible response is that ... | |
biaxialTension_S010__query_6 | biaxialTension_S010 | Match the solid-mechanics result described by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry includes biaxial stretch ratio about 1.072, the material law is linear elastic, Young's modulus about 1.1336e+09, and the boundary loading... | Match the solid-mechanics result described by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry includes biaxial stretch ratio about 1.072, the material law is linear elastic, Young's modulus about 1.1336e+09, and the boundary loading... | |
biaxialTension_S011__query_1 | biaxialTension_S011 | Identify the 2D solid mechanics simulation of biaxial tensile loading of a thin plate, where plate stretches in both in-plane directions. The specimen is a thin plate, in-plane dimensions about 2.0657 by 0.68278 and thickness about 0.026869, with biaxial stretch ratio about 1.329. The material is linear elastic, Young'... | Identify the 2D solid mechanics simulation of biaxial tensile loading of a thin plate, where plate stretches in both in-plane directions. The specimen is a thin plate, in-plane dimensions about 2.0657 by 0.68278 and thickness about 0.026869, with biaxial stretch ratio about 1.329. The material is linear elastic, Young'... | |
biaxialTension_S011__query_2 | biaxialTension_S011 | Identify the solid mechanics simulation matching these physical constraints: the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry has length-to-height ratio about 3.025, the material law is linear elastic, and the boundary loading is bia... | Identify the solid mechanics simulation matching these physical constraints: the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry has length-to-height ratio about 3.025, the material law is linear elastic, and the boundary loading is bia... | |
biaxialTension_S011__query_3 | biaxialTension_S011 | Find the deformation simulation characterized by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the specimen has in-plane dimensions about 2.0657 by 0.68278 and thickness about 0.026869, the material law is linear elastic, the boundary loading ... | Find the deformation simulation characterized by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the specimen has in-plane dimensions about 2.0657 by 0.68278 and thickness about 0.026869, the material law is linear elastic, the boundary loading ... | |
biaxialTension_S011__query_4 | biaxialTension_S011 | Select the mechanics simulation in which the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, the boundary loading is biaxial displacement control, the loading magnitude is given by load factor about 0.072733, and ... | Select the mechanics simulation in which the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, the boundary loading is biaxial displacement control, the loading magnitude is given by load factor about 0.072733, and ... | |
biaxialTension_S011__query_5 | biaxialTension_S011 | Retrieve the simulated solid response with the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, Poisson's ratio about 0.21402, the boundary loading is biaxial displacement control, and the visible response is that ... | Retrieve the simulated solid response with the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, Poisson's ratio about 0.21402, the boundary loading is biaxial displacement control, and the visible response is that ... | |
biaxialTension_S011__query_6 | biaxialTension_S011 | Match the solid-mechanics result described by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry includes biaxial stretch ratio about 1.329, the material law is linear elastic, Young's modulus about 1.0663e+09, and the boundary loading... | Match the solid-mechanics result described by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry includes biaxial stretch ratio about 1.329, the material law is linear elastic, Young's modulus about 1.0663e+09, and the boundary loading... | |
biaxialTension_S012__query_1 | biaxialTension_S012 | Identify the 2D solid mechanics simulation of biaxial tensile loading of a thin plate, where plate stretches in both in-plane directions. The specimen is a thin plate, in-plane dimensions about 0.68922 by 0.30921 and thickness about 0.017499, with biaxial stretch ratio about 0.8126. The material is linear elastic, Youn... | Identify the 2D solid mechanics simulation of biaxial tensile loading of a thin plate, where plate stretches in both in-plane directions. The specimen is a thin plate, in-plane dimensions about 0.68922 by 0.30921 and thickness about 0.017499, with biaxial stretch ratio about 0.8126. The material is linear elastic, Youn... | |
biaxialTension_S012__query_2 | biaxialTension_S012 | Identify the solid mechanics simulation matching these physical constraints: the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry has length-to-height ratio about 2.229, the material law is linear elastic, and the boundary loading is bia... | Identify the solid mechanics simulation matching these physical constraints: the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry has length-to-height ratio about 2.229, the material law is linear elastic, and the boundary loading is bia... | |
biaxialTension_S012__query_3 | biaxialTension_S012 | Find the deformation simulation characterized by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the specimen has in-plane dimensions about 0.68922 by 0.30921 and thickness about 0.017499, the material law is linear elastic, the boundary loading... | Find the deformation simulation characterized by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the specimen has in-plane dimensions about 0.68922 by 0.30921 and thickness about 0.017499, the material law is linear elastic, the boundary loading... | |
biaxialTension_S012__query_4 | biaxialTension_S012 | Select the mechanics simulation in which the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, the boundary loading is biaxial displacement control, the loading magnitude is given by load factor about 0.073994, and ... | Select the mechanics simulation in which the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, the boundary loading is biaxial displacement control, the loading magnitude is given by load factor about 0.073994, and ... | |
biaxialTension_S012__query_5 | biaxialTension_S012 | Retrieve the simulated solid response with the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, Poisson's ratio about 0.19839, the boundary loading is biaxial displacement control, and the visible response is that ... | Retrieve the simulated solid response with the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, Poisson's ratio about 0.19839, the boundary loading is biaxial displacement control, and the visible response is that ... | |
biaxialTension_S012__query_6 | biaxialTension_S012 | Match the solid-mechanics result described by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry includes biaxial stretch ratio about 0.8126, the material law is linear elastic, Young's modulus about 1.1349e+09, and the boundary loadin... | Match the solid-mechanics result described by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry includes biaxial stretch ratio about 0.8126, the material law is linear elastic, Young's modulus about 1.1349e+09, and the boundary loadin... | |
biaxialTension_S013__query_1 | biaxialTension_S013 | Identify the 2D solid mechanics simulation of biaxial tensile loading of a thin plate, where plate stretches in both in-plane directions. The specimen is a thin plate, in-plane dimensions about 1.925 by 0.52991 and thickness about 0.027622, with biaxial stretch ratio about 1.148. The material is linear elastic, Young's... | Identify the 2D solid mechanics simulation of biaxial tensile loading of a thin plate, where plate stretches in both in-plane directions. The specimen is a thin plate, in-plane dimensions about 1.925 by 0.52991 and thickness about 0.027622, with biaxial stretch ratio about 1.148. The material is linear elastic, Young's... | |
biaxialTension_S013__query_2 | biaxialTension_S013 | Identify the solid mechanics simulation matching these physical constraints: the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry has length-to-height ratio about 3.633, the material law is linear elastic, and the boundary loading is bia... | Identify the solid mechanics simulation matching these physical constraints: the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry has length-to-height ratio about 3.633, the material law is linear elastic, and the boundary loading is bia... | |
biaxialTension_S013__query_3 | biaxialTension_S013 | Find the deformation simulation characterized by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the specimen has in-plane dimensions about 1.925 by 0.52991 and thickness about 0.027622, the material law is linear elastic, the boundary loading i... | Find the deformation simulation characterized by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the specimen has in-plane dimensions about 1.925 by 0.52991 and thickness about 0.027622, the material law is linear elastic, the boundary loading i... | |
biaxialTension_S013__query_4 | biaxialTension_S013 | Select the mechanics simulation in which the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, the boundary loading is biaxial displacement control, the loading magnitude is given by load factor about 0.075178, and ... | Select the mechanics simulation in which the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, the boundary loading is biaxial displacement control, the loading magnitude is given by load factor about 0.075178, and ... | |
biaxialTension_S013__query_5 | biaxialTension_S013 | Retrieve the simulated solid response with the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, Poisson's ratio about 0.41548, the boundary loading is biaxial displacement control, and the visible response is that ... | Retrieve the simulated solid response with the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, Poisson's ratio about 0.41548, the boundary loading is biaxial displacement control, and the visible response is that ... | |
biaxialTension_S013__query_6 | biaxialTension_S013 | Match the solid-mechanics result described by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry includes biaxial stretch ratio about 1.148, the material law is linear elastic, Young's modulus about 1.4944e+09, and the boundary loading... | Match the solid-mechanics result described by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry includes biaxial stretch ratio about 1.148, the material law is linear elastic, Young's modulus about 1.4944e+09, and the boundary loading... | |
biaxialTension_S014__query_1 | biaxialTension_S014 | Identify the 2D solid mechanics simulation of biaxial tensile loading of a thin plate, where plate stretches in both in-plane directions. The specimen is a thin plate, in-plane dimensions about 1.0073 by 0.16808 and thickness about 0.009956, with biaxial stretch ratio about 0.9362. The material is linear elastic, Young... | Identify the 2D solid mechanics simulation of biaxial tensile loading of a thin plate, where plate stretches in both in-plane directions. The specimen is a thin plate, in-plane dimensions about 1.0073 by 0.16808 and thickness about 0.009956, with biaxial stretch ratio about 0.9362. The material is linear elastic, Young... | |
biaxialTension_S014__query_2 | biaxialTension_S014 | Identify the solid mechanics simulation matching these physical constraints: the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry has length-to-height ratio about 5.993, the material law is linear elastic, and the boundary loading is bia... | Identify the solid mechanics simulation matching these physical constraints: the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry has length-to-height ratio about 5.993, the material law is linear elastic, and the boundary loading is bia... | |
biaxialTension_S014__query_3 | biaxialTension_S014 | Find the deformation simulation characterized by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the specimen has in-plane dimensions about 1.0073 by 0.16808 and thickness about 0.009956, the material law is linear elastic, the boundary loading ... | Find the deformation simulation characterized by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the specimen has in-plane dimensions about 1.0073 by 0.16808 and thickness about 0.009956, the material law is linear elastic, the boundary loading ... | |
biaxialTension_S014__query_4 | biaxialTension_S014 | Select the mechanics simulation in which the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, the boundary loading is biaxial displacement control, the loading magnitude is given by load factor about 0.077441, and ... | Select the mechanics simulation in which the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, the boundary loading is biaxial displacement control, the loading magnitude is given by load factor about 0.077441, and ... | |
biaxialTension_S014__query_5 | biaxialTension_S014 | Retrieve the simulated solid response with the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, Poisson's ratio about 0.28821, the boundary loading is biaxial displacement control, and the visible response is that ... | Retrieve the simulated solid response with the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, Poisson's ratio about 0.28821, the boundary loading is biaxial displacement control, and the visible response is that ... | |
biaxialTension_S014__query_6 | biaxialTension_S014 | Match the solid-mechanics result described by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry includes biaxial stretch ratio about 0.9362, the material law is linear elastic, Young's modulus about 1.3357e+11, and the boundary loadin... | Match the solid-mechanics result described by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry includes biaxial stretch ratio about 0.9362, the material law is linear elastic, Young's modulus about 1.3357e+11, and the boundary loadin... | |
biaxialTension_S015__query_1 | biaxialTension_S015 | Identify the 2D solid mechanics simulation of biaxial tensile loading of a thin plate, where plate stretches in both in-plane directions. The specimen is a thin plate, in-plane dimensions about 0.89784 by 0.65374 and thickness about 0.012866, with biaxial stretch ratio about 0.9595. The material is linear elastic, Youn... | Identify the 2D solid mechanics simulation of biaxial tensile loading of a thin plate, where plate stretches in both in-plane directions. The specimen is a thin plate, in-plane dimensions about 0.89784 by 0.65374 and thickness about 0.012866, with biaxial stretch ratio about 0.9595. The material is linear elastic, Youn... | |
biaxialTension_S015__query_2 | biaxialTension_S015 | Identify the solid mechanics simulation matching these physical constraints: the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry has length-to-height ratio about 1.373, the material law is linear elastic, and the boundary loading is bia... | Identify the solid mechanics simulation matching these physical constraints: the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry has length-to-height ratio about 1.373, the material law is linear elastic, and the boundary loading is bia... | |
biaxialTension_S015__query_3 | biaxialTension_S015 | Find the deformation simulation characterized by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the specimen has in-plane dimensions about 0.89784 by 0.65374 and thickness about 0.012866, the material law is linear elastic, the boundary loading... | Find the deformation simulation characterized by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the specimen has in-plane dimensions about 0.89784 by 0.65374 and thickness about 0.012866, the material law is linear elastic, the boundary loading... | |
biaxialTension_S015__query_4 | biaxialTension_S015 | Select the mechanics simulation in which the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, the boundary loading is biaxial displacement control, the loading magnitude is given by load factor about 0.078089, and ... | Select the mechanics simulation in which the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, the boundary loading is biaxial displacement control, the loading magnitude is given by load factor about 0.078089, and ... | |
biaxialTension_S015__query_5 | biaxialTension_S015 | Retrieve the simulated solid response with the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, Poisson's ratio about 0.42383, the boundary loading is biaxial displacement control, and the visible response is that ... | Retrieve the simulated solid response with the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, Poisson's ratio about 0.42383, the boundary loading is biaxial displacement control, and the visible response is that ... | |
biaxialTension_S015__query_6 | biaxialTension_S015 | Match the solid-mechanics result described by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry includes biaxial stretch ratio about 0.9595, the material law is linear elastic, Young's modulus about 3.7529e+10, and the boundary loadin... | Match the solid-mechanics result described by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry includes biaxial stretch ratio about 0.9595, the material law is linear elastic, Young's modulus about 3.7529e+10, and the boundary loadin... | |
biaxialTension_S016__query_1 | biaxialTension_S016 | Identify the 2D solid mechanics simulation of biaxial tensile loading of a thin plate, where plate stretches in both in-plane directions. The specimen is a thin plate, in-plane dimensions about 1.3434 by 0.35905 and thickness about 0.012413, with biaxial stretch ratio about 1.336. The material is linear elastic, Young'... | Identify the 2D solid mechanics simulation of biaxial tensile loading of a thin plate, where plate stretches in both in-plane directions. The specimen is a thin plate, in-plane dimensions about 1.3434 by 0.35905 and thickness about 0.012413, with biaxial stretch ratio about 1.336. The material is linear elastic, Young'... | |
biaxialTension_S016__query_2 | biaxialTension_S016 | Identify the solid mechanics simulation matching these physical constraints: the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry has length-to-height ratio about 3.742, the material law is linear elastic, and the boundary loading is bia... | Identify the solid mechanics simulation matching these physical constraints: the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry has length-to-height ratio about 3.742, the material law is linear elastic, and the boundary loading is bia... | |
biaxialTension_S016__query_3 | biaxialTension_S016 | Find the deformation simulation characterized by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the specimen has in-plane dimensions about 1.3434 by 0.35905 and thickness about 0.012413, the material law is linear elastic, the boundary loading ... | Find the deformation simulation characterized by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the specimen has in-plane dimensions about 1.3434 by 0.35905 and thickness about 0.012413, the material law is linear elastic, the boundary loading ... | |
biaxialTension_S016__query_4 | biaxialTension_S016 | Select the mechanics simulation in which the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, the boundary loading is biaxial displacement control, the loading magnitude is given by load factor about 0.079449, and ... | Select the mechanics simulation in which the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, the boundary loading is biaxial displacement control, the loading magnitude is given by load factor about 0.079449, and ... | |
biaxialTension_S016__query_5 | biaxialTension_S016 | Retrieve the simulated solid response with the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, Poisson's ratio about 0.24557, the boundary loading is biaxial displacement control, and the visible response is that ... | Retrieve the simulated solid response with the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, Poisson's ratio about 0.24557, the boundary loading is biaxial displacement control, and the visible response is that ... | |
biaxialTension_S016__query_6 | biaxialTension_S016 | Match the solid-mechanics result described by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry includes biaxial stretch ratio about 1.336, the material law is linear elastic, Young's modulus about 1.0960e+09, and the boundary loading... | Match the solid-mechanics result described by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry includes biaxial stretch ratio about 1.336, the material law is linear elastic, Young's modulus about 1.0960e+09, and the boundary loading... | |
biaxialTension_S017__query_1 | biaxialTension_S017 | Identify the 2D solid mechanics simulation of biaxial tensile loading of a thin plate, where plate stretches in both in-plane directions. The specimen is a thin plate, in-plane dimensions about 0.79892 by 0.38097 and thickness about 0.01886, with biaxial stretch ratio about 0.9046. The material is linear elastic, Young... | Identify the 2D solid mechanics simulation of biaxial tensile loading of a thin plate, where plate stretches in both in-plane directions. The specimen is a thin plate, in-plane dimensions about 0.79892 by 0.38097 and thickness about 0.01886, with biaxial stretch ratio about 0.9046. The material is linear elastic, Young... | |
biaxialTension_S017__query_2 | biaxialTension_S017 | Identify the solid mechanics simulation matching these physical constraints: the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the specimen has in-plane dimensions about 0.79892 by 0.38097 and thickness about 0.01886, the material law is linear el... | Identify the solid mechanics simulation matching these physical constraints: the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the specimen has in-plane dimensions about 0.79892 by 0.38097 and thickness about 0.01886, the material law is linear el... | |
biaxialTension_S017__query_3 | biaxialTension_S017 | Find the deformation simulation characterized by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry has length-to-height ratio about 2.097, the material law is linear elastic, the boundary loading is biaxial displacement control, and t... | Find the deformation simulation characterized by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry has length-to-height ratio about 2.097, the material law is linear elastic, the boundary loading is biaxial displacement control, and t... | |
biaxialTension_S017__query_4 | biaxialTension_S017 | Select the mechanics simulation in which the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, the boundary loading is biaxial displacement control, tensile or positive loading sign, and the loading detail is biaxia... | Select the mechanics simulation in which the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, the boundary loading is biaxial displacement control, tensile or positive loading sign, and the loading detail is biaxia... | |
biaxialTension_S017__query_5 | biaxialTension_S017 | Retrieve the simulated solid response with the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, Poisson's ratio about 0.34079, the boundary loading is biaxial displacement control, and the visible response is that ... | Retrieve the simulated solid response with the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, Poisson's ratio about 0.34079, the boundary loading is biaxial displacement control, and the visible response is that ... | |
biaxialTension_S017__query_6 | biaxialTension_S017 | Match the solid-mechanics result described by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry includes biaxial stretch ratio about 0.9046, the material law is linear elastic, Young's modulus about 1.1708e+10, and the boundary loadin... | Match the solid-mechanics result described by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry includes biaxial stretch ratio about 0.9046, the material law is linear elastic, Young's modulus about 1.1708e+10, and the boundary loadin... | |
biaxialTension_S018__query_1 | biaxialTension_S018 | Identify the 2D solid mechanics simulation of biaxial tensile loading of a thin plate, where plate stretches in both in-plane directions. The specimen is a thin plate, in-plane dimensions about 1.6231 by 0.56326 and thickness about 0.009323, with biaxial stretch ratio about 1.206. The material is linear elastic, Young'... | Identify the 2D solid mechanics simulation of biaxial tensile loading of a thin plate, where plate stretches in both in-plane directions. The specimen is a thin plate, in-plane dimensions about 1.6231 by 0.56326 and thickness about 0.009323, with biaxial stretch ratio about 1.206. The material is linear elastic, Young'... | |
biaxialTension_S018__query_2 | biaxialTension_S018 | Identify the solid mechanics simulation matching these physical constraints: the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry has length-to-height ratio about 2.882, the material law is linear elastic, and the boundary loading is bia... | Identify the solid mechanics simulation matching these physical constraints: the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the geometry has length-to-height ratio about 2.882, the material law is linear elastic, and the boundary loading is bia... | |
biaxialTension_S018__query_3 | biaxialTension_S018 | Find the deformation simulation characterized by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the specimen has in-plane dimensions about 1.6231 by 0.56326 and thickness about 0.009323, the material law is linear elastic, the boundary loading ... | Find the deformation simulation characterized by the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the specimen has in-plane dimensions about 1.6231 by 0.56326 and thickness about 0.009323, the material law is linear elastic, the boundary loading ... | |
biaxialTension_S018__query_4 | biaxialTension_S018 | Select the mechanics simulation in which the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, the boundary loading is biaxial displacement control, the loading magnitude is given by load factor about 0.082247, and ... | Select the mechanics simulation in which the mechanical setting is biaxial tensile loading of a thin plate, the model is 2D, the specimen geometry is a thin plate, the material law is linear elastic, the boundary loading is biaxial displacement control, the loading magnitude is given by load factor about 0.082247, and ... |
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Physics Bench Solid 2700
Solid mechanics retrieval benchmark in the same embedded-video parquet layout as gowitheflowlab/fluid-test.
Each configuration corresponds to one solid-mechanics family. Rows preserve the existing case id and query text; videos are embedded as H.264 MP4 bytes.
This export preserves all six existing query variants per case as separate rows using the same five-column schema as fluid-test.
The video content includes a right-side normalized displacement colorbar. The simulation view is scaled into a left-side safe viewport so the colorbar does not cover the solid body.
Solid Video Rendering Note
Videos show displacement magnitude on deformed solid geometry. A normalized displacement colorbar is rendered as an in-frame right-side overlay using the shared Physics-Bench ParaView-style layout, so the colorbar remains visible without a separate padded sidebar.
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