Multi-objective Optimization of Shrinkage Porosity and Pearlite Lamellar Spacing in Sand-Coated Iron Mold Ductile Iron Crankshafts Using Orthogonal Design-Based Modeling Simulation and MADM | Synapse
March 3, 2026
Multi-objective Optimization of Shrinkage Porosity and Pearlite Lamellar Spacing in Sand-Coated Iron Mold Ductile Iron Crankshafts Using Orthogonal Design-Based Modeling Simulation and MADM
Puntos clave
Optimizing shrinkage porosity and lamellar spacing leads to better ductile iron crankshaft performance.
Achieving optimal settings results in a significant reduction of shrinkage defects.
Analysis using an orthogonal design-based modeling simulation allows for efficient multi-objective optimization.
The findings may enhance manufacturing processes, implying potential cost-effectiveness in production.