A Numerical Model for Predicting the Effect of Tool Nose Radius on Machining Process Performance during Orthogonal Cutting of AISI 1045 Steel

Keyphrases

• AISI 1045 Steel 100%
• Cutting Force 33%
• Cutting Parameters 66%
• Cutting Simulation 33%
• Cutting Speed 66%
• Cutting Stress 33%
• Cutting Temperature 66%
• Cutting Tool 66%
• Effective Stress 33%
• Feed Rate 33%
• Finite Element Method 33%
• Flank Face 33%
• Machining Parameters 33%
• Machining Process 100%
• Maximum Temperature 33%
• No Significant Difference 33%
• Nose Radius 100%
• Numerical Model 100%
• Orthogonal Cutting 100%
• Performance Characteristics 33%
• Process Performance 100%
• Rake Angle 33%
• Software-based 33%
• Tool Nose Radius 100%
• Tool Wear 33%
• Tool Wear Rate 66%
• Tool-chip Contact Length 33%

Engineering

• Contact Length 16%
• Cutting Force 16%
• Cutting Parameter 33%
• Cutting Speed 33%
• Cutting Temperature 33%
• Effective Stress 16%
• Feed Rate 16%
• Feed Speed 16%
• Finite Element Analysis 16%
• Flank Face 16%
• Machining Parameter 16%
• Maximum Temperature 16%
• Nose Radius 100%
• Numerical Model 100%
• Performance Characteristic 16%
• Process Performance 100%
• Rake Angle 16%