Boundary element stress analysis for bi-metallic dies in pressure diecasting

Engineering

• Elements 100%
• Copper 80%
• Steel 60%
• Extraction 40%
• Tetrahedral Element 40%
• Energy Engineering 40%
• Stress Model 40%
• Heat Extraction 40%
• Recursive 40%
• Casting 40%
• Boundary Element Method 40%
• Copper Alloys 40%
• Casting Process 40%
• Thermal Resistance 40%
• Production 20%
• Initial Volume 20%
• Die Casting 20%
• Transients 20%
• Stress Level 20%
• Cooling Channel 20%
• Measurement 20%
• Models 20%
• Simplices 20%
• Strain Field 20%
• Accuracy 20%
• Applications 20%
• Nucleate Boiling 20%
• Deformation 20%
• Strain Gage 20%
• Prediction 20%
• Alloy Steel 20%
• Predicted Strain 20%
• Cycles 20%
• Structural Model 20%
• Pressure Die 20%
• Steel Part 20%
• Integration 20%
• Thermal Field 20%
• Development 20%

Physics

• Stress Analysis 100%
• Pressure 100%
• Steel 100%
• Model 80%
• Castings 80%
• Boundary Element Method 80%
• Copper 40%
• Thermal Resistance 40%
• Heat 40%
• Domains 40%
• Cooling 40%
• Volume 20%
• Utilization 20%
• Quality 20%
• Cycles 20%
• Transients 20%
• Deformation 20%
• Revisions 20%
• Stress Distribution 20%
• Collocation 20%
• Copper Alloys 20%
• Nucleate Boiling 20%
• Measuring Instruments 20%

Material Science

• Stress Analysis 100%
• Spring Steel 80%
• Strain 80%
• Casting 60%
• Thermal Loads 40%
• Heat Resistance 40%
• Boundary Layer 40%
• Stress Field 40%
• Nucleate Boiling 20%
• Die Casting 20%
• Coolant 20%