Computational Methods of Multi-Physics Problems
Rabczuk, Timon
Computational Methods of Multi-Physics Problems
English[eng]
temperature variation||h-BN and Graphene sheets||molecular dynamics simulation||thermal conductance||mechanical||patch repair||first-principles||finite element method||Von Mises stress||composite||thermal||electrofusion socket joints||two-dimensional semiconductor||buried gas distribution pipes||level set technique||lithium-ion battery||phase field approach to fracture||meshless method||rock mechanics||fracture of geo-materials||flexoelectricity||pressure gradient effect||medium density polyethylene (MDPE)||high density polyethylene (HDPE)||size effect||fracture analysis||interface modeling||cohesive zone model||thermal conductivity||peridynamics
Computational Methods of Multi-Physics Problems
English[eng]
temperature variation||h-BN and Graphene sheets||molecular dynamics simulation||thermal conductance||mechanical||patch repair||first-principles||finite element method||Von Mises stress||composite||thermal||electrofusion socket joints||two-dimensional semiconductor||buried gas distribution pipes||level set technique||lithium-ion battery||phase field approach to fracture||meshless method||rock mechanics||fracture of geo-materials||flexoelectricity||pressure gradient effect||medium density polyethylene (MDPE)||high density polyethylene (HDPE)||size effect||fracture analysis||interface modeling||cohesive zone model||thermal conductivity||peridynamics