Osaka Electro-Communication University

Superiority of lonsdaleite to diamond in wear resistance as abrasive grain based on molecular dynamics analysis of grinding silicon carbide

Abrasion,Diamond,Grinding,Wear

Dishi Phillips2020-07-23T15:59:18+00:00

Effect of grinding wheel-workpiece interactions in fine grinding on material removal of silicon based on molecular dynamics analysis

Diamond,Grinding,Silicon,Simulation

David Billington2019-06-14T13:45:15+00:00

Fracture mechanism of lonsdaleite based on molecular dynamics analysis of three-point bending

Bending,Diamond,Fracture,Simulation

David Billington2018-08-17T13:37:38+00:00

Deformation mechanism of Lonsdaleite based on molecular dynamics analysis of nanoindentation

euspen2018-04-04T13:58:37+00:00

Results of molecular dynamics analysis of nanoindentation in monocrystalline and amorphous silicon carbide compared with experimental results

euspen2018-04-04T14:00:07+00:00

Deformation mechanism of nano-polycrystalline diamond on nanoindentation based on molecular dynamics analysis

euspen2018-04-04T14:03:32+00:00

Possible mechanism of strength change of diamond depending on thermal histories based on molecular dynamics analysis

euspen2018-04-04T14:04:08+00:00

Guideline for Ultra-precision Machining of Silicon Carbide Based on Molecular Dynamics Analysis

euspen2018-04-04T14:05:45+00:00

Phase transformation mechanism from carbon materials to diamond in synthesis process based on molecular dynamics analysis

euspen2018-04-04T14:07:55+00:00

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