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

INIS

• steels 100%
• numerical analysis 100%
• abrasives 100%
• wear resistance 100%
• wear 60%
• deformation 40%
• microstructure 40%
• shear 40%
• strain rate 40%
• applications 30%
• loading 30%
• simulation 20%
• performance 20%
• single crystals 20%
• cost 20%
• energy 20%
• range 20%
• particles 20%
• velocity 20%
• plasticity 20%
• crystals 20%
• mining 20%
• orientation 20%
• jaw 20%
• cutting 20%
• austenitic steels 20%
• strain hardening 20%
• twinning 20%
• martensitic steels 20%
• polycrystals 20%
• manganese steels 20%
• surface hardening 20%
• failures 10%
• solutions 10%
• economics 10%
• levels 10%
• surfaces 10%
• information 10%
• engineering 10%
• dynamics 10%
• thickness 10%
• implementation 10%
• devices 10%
• processing 10%
• strains 10%
• mechanical properties 10%
• industry 10%
• slip 10%
• demand 10%
• increasing 10%
• volume 10%
• evaluation 10%
• equipment 10%
• impact tests 10%
• manufacturing 10%
• energy consumption 10%
• accuracy 10%
• laboratories 10%
• testing 10%
• incidents 10%
• dynamic loads 10%
• bcc lattices 10%
• loaders 10%
• dislocations 10%
• impulse 10%
• abrasion 10%
• static loads 10%

Material Science

• Strain Rate 100%
• Mechanical Property 75%
• Work Hardening 50%
• Crystal Plasticity 50%
• Martensitic Stainless Steel 50%
• Surface Hardening 50%
• Manganese Steel 50%
• Single Crystal 50%
• Wear Resistance 25%
• Large Deformation 25%
• Contact Condition 25%
• Wear of Materials 25%
• Dynamic Loads 25%
• Static Loading 25%
• Impact Testing 25%
• Impact Wear 25%
• Impact Loads 25%
• Deformation Mechanism 25%
• Polycrystal 25%

Keyphrases

• Wear Condition 33%
• High Load-bearing 33%