Optimization of hot deformation processing parameters for as-extruded 7005 alloys through the integration of 3D processing maps and FEM numerical simulation

Keyphrases

• Strain Rate 100%
• As-extruded 100%
• Hot Deformation 100%
• Processing Parameters 100%
• Deformation Processing 100%
• 7005 Alloy 100%
• FEM numerical Simulation 100%
• 3D Processing Map 100%
• Microstructure 50%
• Microstructure Evolution 50%
• Instability Regions 50%
• Processing Conditions 50%
• Optimal Processing 50%
• Numerical Simulation 25%
• Increased Temperature 25%
• Recrystallized Grains 25%
• Flow Behavior 25%
• C-rate 25%
• Decreasing Temperature 25%
• Real Application 25%
• Compression Test 25%
• Processing Temperature 25%
• Hot Compression 25%
• Power Dissipation Efficiency 25%
• Stability Region 25%
• Simulation Software 25%
• Microcracks 25%
• Strain Data 25%
• Flow Localization 25%
• Hot Deformation Behavior 25%
• Deformation Flow 25%
• Microscopic Defect 25%
• Microflow 25%
• Billet 25%
• Forging Process 25%
• Deformation Microstructure 25%
• Behavior Evolution 25%
• Hot Isothermal Compression 25%
• Thermal Processing Map 25%
• Closed-die Forging 25%
• Efficiency Parameter 25%
• Instability Parameter 25%
• True Stress-true Strain 25%
• Crack Localization 25%
• Thermal Compression Test 25%

Engineering

• Strain Rate 100%
• Processing Map 100%
• Hot Working 100%
• Processing Parameter 100%
• Deformation Processing 100%
• Compression Tests 75%
• Increasing Strain 50%
• Processing Condition 50%
• Microstructure Evolution 50%
• Isothermal 25%
• Increasing Temperature 25%
• Energy Dissipation 25%
• Flow Behavior 25%
• Decreasing Temperature 25%
• Deformation Behavior 25%
• Real Application 25%
• Hot Pressing 25%
• Simulation Software 25%
• Microcracks 25%
• Micro Crack 25%
• Recrystallized Grain 25%
• Deformation Flow 25%
• Forging Process 25%
• Strain Data 25%
• Real Workpiece 25%
• Closed Die Forging 25%
• Thermal Processing 25%
• Forging 25%