Sentence examples for material deformation process from inspiring English sources

They are of great importance in material deformation process because they mediate the plastic deformation.

The efficiency of the finite element model to predict the material deformation process is investigated by comparing numerical and experimental results.

Figure 5 (a1 to a4, and b1 to b4) shows a typical material deformation process of pristine single-crystal copper during nanoindentation with a series of structure evolutions for nucleation of initial defect beneath the indenter.

As initiation sites of plastic deformation the microvoid formation is considered, which plays an important role for the activation of further plastic deformation of matrix material during deformation processes.

However, as soon as material failure dominates a deformation process, the material increasingly displays strain softening and the finite element predictions of ballistic response are considerably affected by the mesh size.

Expected to provide bursts of light that are orders of magnitude brighter than any existing light source, XFEL will enable researchers to film at atomic detail the precise sequence of events in chemical reactions, material deformation, and biological processes.

In-depth study of material deformation behavior in microforming process is thus crucial for development of quality microparts.

To understand the fundamental material deformation mechanism during the ISF process is of great importance for ISF process design and optimization in achieving improved material formability, accuracy and more uniform thickness distribution.

However, there are lacking of mathematical models to quantify the micro-mechanics of the material deformation during the surface generation process.

In addition, EPR/EPR-g-MA based materials displayed craze-like deformations, while SEBS-g-MA materials did not exhibit this deformation process.

Then the heat sources produced or absorbed by the material due to deformation processes are deduced from the temperature variations by using the heat diffusion equation.