Sentence examples for deformation of metals from inspiring English sources

Strong size effects come into play at the micron scale in the plastic deformation of metals.

A phenomenological dislocation-based approach is proposed to account for the necking phenomenon during tensile deformation of metals and alloys.

Stacking fault energy (SFE) plays an important role in the plastic deformation of metals.

Deformation of metals from medium to high strains introduces significant changes in the microstructure and the texture.

The thickness of these layers and films range from atomic monolayers (e.g., hydrogen termination of diamond surfaces) to tens of μm (e.g., plastic deformation of metals).

A complete description of high-rate dynamic deformation of metals demands, in part, the fundamental understanding and characterization of twin boundary (TB) kinetics.

Using rigid-plastic finite element DEFORM-2D and -3D software, this study simulates the plastic deformation of metal sheets at the roll gap during the sheet rolling process.

Such methods as plate bending, welding of nuts, molding of plugs and deformation of metal blocks in closed press tools are applied to increase the screwing length.

Next work should be focused on the design of flow channel parameters and flow field type based on plastic deformation of metal materials.

The aim of this study is to investigate the influences of pulverization and expansion of LaNi5 on the deformation of metal hydride storage vessels during cyclic hydriding/dehydriding reactions.

In this paper, a step-by-step numerical description of detonation of high explosive components, deflagration of propellant component, and deformation of metal component is given in order to facilitate the proper implementation of the outlined formulation into a shock physics code for a full scale hydrodynamic simulation of the energetic component system.