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Point to the renamed GitHub repo; keep the project title

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  1. NOTICE +1 -1
  2. README.md +5 -5
NOTICE CHANGED
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- CastSolid GNN (casting solidification surrogate)
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  Copyright 2026 Eugen Miknevic
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  This product includes software and trained model weights developed by
 
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+ Casting Solidification GNN
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  Copyright 2026 Eugen Miknevic
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  This product includes software and trained model weights developed by
README.md CHANGED
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  - scikit-learn
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  ---
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- # CastSolid GNN v5.1: casting solidification surrogate
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- CastSolid GNN is a graph neural network surrogate for screening how metal castings solidify. You give it
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  a STEP model, an alloy and a mold condition. The pipeline meshes the part, predicts the
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  solidification time at every mesh node and marks the regions that freeze last. Those hot spots
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  are where feeding problems and shrinkage defects usually start.
@@ -55,7 +55,7 @@ feeding difficulty and shrinkage risk. It is not a porosity label.
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  | Training data | FEniCSx enthalpy-method conduction simulations: about 9.7k primitive cases, 4.7k multi-alloy and multi-BC cases, 500 real-part cases |
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  | Framework | PyTorch 2.3, PyTorch Geometric 2.7, scikit-learn 1.5.2, NumPy 2 |
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  | License | Apache-2.0 for code and weights |
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- | Code | Included in this repository. Showcase on [GitHub](https://github.com/eugenmik/casting-gnn-solidification) |
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  | Author | Eugen Miknevic, independent foundry engineer |
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  ## Contents
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  against your actual alloy and process.
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  ```bibtex
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- @software{miknevic_castsolid_gnn_2026,
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  author = {Miknevic, Eugen},
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- title = {CastSolid GNN: a graph neural network surrogate for
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  rapid solidification screening of metal castings},
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  version = {5.1},
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  year = {2026},
 
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  - scikit-learn
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  ---
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+ # Casting solidification GNN (v5.1)
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+ This is a graph neural network surrogate for screening how metal castings solidify. You give it
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  a STEP model, an alloy and a mold condition. The pipeline meshes the part, predicts the
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  solidification time at every mesh node and marks the regions that freeze last. Those hot spots
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  are where feeding problems and shrinkage defects usually start.
 
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  | Training data | FEniCSx enthalpy-method conduction simulations: about 9.7k primitive cases, 4.7k multi-alloy and multi-BC cases, 500 real-part cases |
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  | Framework | PyTorch 2.3, PyTorch Geometric 2.7, scikit-learn 1.5.2, NumPy 2 |
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  | License | Apache-2.0 for code and weights |
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+ | Code | Included in this repository. Showcase on [GitHub](https://github.com/eugenmik/castsolid-gnn) |
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  | Author | Eugen Miknevic, independent foundry engineer |
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  ## Contents
 
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  against your actual alloy and process.
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  ```bibtex
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+ @software{miknevic_casting_gnn_2026,
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  author = {Miknevic, Eugen},
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+ title = {Casting Solidification GNN: a graph neural network surrogate for
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  rapid solidification screening of metal castings},
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  version = {5.1},
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  year = {2026},