"deformation degree" is an acceptable phrase in written English.
It can be used to describe the level of distortion experienced by an object due to altered pressure or temperature. For example, "The deformation degree of the cast steel was too great to proceed with the manufacturing process."
The influence of deformation degree on structural changes and increase of material strength is shown.
And the relative non-uniform deformation degree is adopted to assess the preform design for deformation uniformity.
Both the specific surface area and the pore volume increase with the increase of deformation degree.
The deformation degree shows an almost linear dependence on the light irradiation time in the testing period.
The electron-withdrawing groups on the azo chromophores show a significant effect on the photoinduced deformation degree.
The white nitriding layer is formed after some time and then kept stable, changing little with the deformation degree and time.
Deformation observation for the four series of the samples indicates that there are different deformation degrees for these samples.
By comparing the equivalent strains, the deformation degrees and other field variables, an optimized preform is acquired.
The results reveal a considerably higher strength level for the TRIP-assisted structures which can be improved by the addition of Mg-PSZ at certain deformation degrees whereas the TWIP-matrices are more damage-tolerant.
These microspheres composed of the azo polyurethanes bearing carboxylic acid and trifluoromethyl groups as the electron-withdrawing substituents shows the largest deformation degrees when irradiated with 488 and 532 nm light, respectively.
Accurate analysis of thin-walled box beams meeting at a joint requires not only consideration of higher-order deformation degrees (such as warping and distortion) but also exact matching conditions at the joint.
