Theoretical approaches have become then the alternative but face serious timescale problems, since many biologically relevant deformation movements happen in a timescale that is far beyond the possibility of current atomistic models.
We found that the non-rigid (i.e. scaling and deformation) movements contribute very little to the overall amount of error, rendering surface marker optimisation methods aimed at minimising this component superfluous.
Two end-member modes (gravity spreading and gravity gliding) are defined by whether the potential energy loss is due to deformation and movement towards the base of the system (spreading), or by movement parallel to the base of the system (gliding); most natural systems consist of a mixture of the two processes.
Underground coal mining causes deformation and movement of strata and ground surface.
The material behavior, surface and subsurface deformation, dislocation movement, and cutting forces during the cutting processes are studied.
When the thickness of the unconsolidated soil layer is constant, the ground deformation and movement rules alter with changes in the bedrock above the coal seam.
The large deformation and movement of geometric mesh containing trajectories of particles inside the feeding tube were accurately predicted in an unsteady state.
The hydrogen entrained in basement and derived sediment is available for release by a variety of mechanisms, including solid state diffusion, strain deformation, fault movement and a range of surface erosion processes such as glacial grinding.
Then, we used the 4-million-atom model, which is shown to be large enough to eliminate the boundary effect, to study the detailed materials deformation, dislocation movement, and cutting forces during the cutting processes.
Difficulties of flow field design lie in the nonuniform flow field distribution caused by the sudden change of electrolyte flow and the possible deformation or movement of the spike.
