Sentence examples for limit deformation from inspiring English sources

When a material specimen is stressed, it deforms elastically (see elasticity) at first; above a certain deformation, called the elastic limit, deformation becomes permanent.

Flat-slab building structures exhibit significant higher flexibility compared with traditional frame structures, and shear walls (SWs) are vital to limit deformation demands under earthquake excitations.

Coelho et al. (2004) found that R/C flat-slab building structures exhibit significant higher flexibility compared with traditional frame structures and recommended using SWs to limit deformation demands under earthquake excitations.

One of the key design criteria for such projects is to assess the impacts of the proposed tunnel construction methods (either by tunnel boring machines or by open-face excavation methods) on existing facilities and to control the construction procedures to limit deformations within the surrounding soil.

After a closely packed granular organization has been reached, limited deformation would follow unless grains deform.

These apparently contradictory results are explained on the basis of source limited deformation.

However, high strength steels exhibit high yield ratios and limited deformation capacity when compared to mild steel grades.

The recent literature is reviewed with respect to the strength-limiting deformation mechanisms in nanocrystalline and ultrafine-grain metals.

The upper limiting deformation temperature for partial amorphization of the alloy having the highest Ms is located about 300 °C.

These experimental measurements of texture are in excellent agreement with theoretical textures predicted using a visco-plastic self-consistent model that limits deformation to plastic slip.

The upper limiting deformation temperature for actually nanocrystalline structure formation is located about 350 °C for non-aging Ti Ni alloys and somewhat higher than 400 °C for aged Ti Ni alloy.