Influence of substrate material on wear performance of stamping dies utilizing a new die wear test system

Keyphrases

• Wear Performance 100%
• Substrate Material 100%
• Stamping Die 100%
• Surface Enhancement 50%
• Different Substrate Materials 50%
• Working Tools 50%
• Diffusion Method 50%
• SKD11 50%
• Experimental Methodology 50%
• Steel-steel 50%
• High Contact Stress 50%
• Wear Effect 50%
• Powder Metallurgical 50%
• Thermal Diffusion 50%
• Die Surface 50%
• Vertical Machining Center 50%
• Dual Phase 50%
• Modified Surface 50%
• Wear Resistance Performance 50%
• Contact Pair 50%
• Advanced High Strength Steel Sheet 50%
• Force Sensor 50%
• Tool Steel 50%
• Velocity Level 50%
• Systems Methodology 50%
• Uniform Strain 50%
• Sheet Blank 50%
• Slider 50%

Engineering

• Substrate Material 100%
• Test System 100%
• Cold Work 33%
• Normal Force 33%
• Contact Pair 33%
• Contact Stress 33%
• Modified Surface 33%
• Machining Centers 33%
• Tool Steel 33%
• Strength Steel Sheet 33%
• Excessive Wear 33%
• Thermal Diffusion 33%
• Wear Resistance 33%

Material Science

• Wear Resistance 25%
• Steel Sheet 25%
• Tool Steel 25%
• Thermal Diffusion 25%
• Machining 25%