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Category: Casting Simulation
Predicting Hot Tears in Complex Castings Using Adv...
Hot tearing remains one of the most challenging defects in modern foundry operations — costly, unpredictable, and often invisible ...
Multi-Scale Modeling: From Macro Cast Geometry to ...
In modern foundry engineering, understanding how a casting behaves — from its outer geometry down to its grain-level microstructur...
Understanding Solidification Cracking Through Simu...
In modern foundry and manufacturing, solidification cracking remains one of the most critical defects threatening casting integrit...
The Role of Turbulence Modeling in Casting Simulat...
In modern foundry engineering, the difference between a flawless casting and a defective one often lies in what happens beneath th...
Simulating the Influence of Electromagnetic Stirri...
In modern foundry and manufacturing, controlling microstructure during solidification is critical to producing high-performance st...
Simulating Multi-Material Molds: Challenges in The...
As modern foundries push the boundaries of precision and performance, hybrid mold materials — such as ceramic-metal composites — a...
Predicting Inclusion Defects Using Advanced Simula...
In modern foundry and manufacturing processes, inclusion defects remain one of the most persistent challenges 4 silently compromis...