Experimental and numerical studies on the abrasive and impact behavior of wear resistant steels: Dissertation

Engineering

• Abrasive Wear 14%
• Accuracy 14%
• Adiabatic Shear Banding 14%
• Applications 42%
• Automotives 14%
• Characteristics 14%
• Crystal Plasticity Model 14%
• Cutting 14%
• Cutting Edge 14%
• Deformation Behavior 14%
• Deformation Condition 14%
• Deformed Microstructure 14%
• Development 14%
• Dynamic Loads 28%
• Dynamic Range 14%
• Engineering Structure 14%
• Evaluation 14%
• Experiments 42%
• Generates 14%
• Hard Particle 14%
• Hardening Behavior 14%
• High Load 14%
• High Strain Rate 14%
• High Strength 14%
• High Stress 28%
• High Velocity 28%
• Impact Angle 14%
• Impact Behavior 14%
• Impact Energy 28%
• Impact Loads 28%
• Impact Testing 14%
• Impact Wear 28%
• Initial Orientation 14%
• Jaw Crusher 28%
• Laboratories 14%
• Loading Condition 28%
• Localization Phenomenon 14%
• Manganese Austenitic Steel 28%
• Martensitic Stainless Steel 85%
• Material Behavior 14%
• Material Resistance 14%
• Material Sample 14%
• Material Thickness 14%
• Mechanical Deformation 28%
• Mechanical Properties 14%
• Mechanisms 14%
• Microscale 28%
• Microstructure 28%
• Mining 28%
• Models 28%
• Multiscale 14%
• Negative Effect 14%
• Numerical Study 14%
• Performance 28%
• Phenomenological Model 14%
• Polycrystalline 14%
• Rates of Strain 14%
• Resistant Material 14%
• Resistant Steel 42%
• Running Cost 14%
• Shear Banding 42%
• Simulation 28%
• Static Loading 28%
• Steel 100%
• Strain Hardening 28%
• Strain Rate 57%
• Stress Abrasion 14%
• Surfaces 14%
• Testing 14%

Chemistry

• Application 42%
• Aqueous Solution 14%
• Base 14%
• Bearing 14%
• Body-Centered Cubic Crystal System 14%
• Concentration 14%
• Crystal Plasticity 28%
• Device 14%
• Dislocation 42%
• Energy Consumption 14%
• Industry 14%
• Mechanical Property 14%
• Microstructure 28%
• Mining 28%
• Polycrystalline Solid 14%
• Procedure 28%
• Sample 14%
• Simulation 28%
• Single Crystalline Solid 28%
• Strain 14%
• Strain Hardening 28%
• Structure 14%
• Surface 14%
• Time 14%
• Volume 14%
• Wear Rate 14%

Material Science

• Characterization 28%
• Contact Condition 28%
• Large Deformation 28%
• Material 28%
• Materials Characterization 14%
• Mechanical Property 28%
• Mechanical Property 14%
• Microstructure 28%
• Particle 14%
• Single Crystal 28%
• Solution 14%
• Spring Steel 100%
• Surface 14%
• Twinning 28%
• Wear of Materials 14%
• Wear Resistance 14%