1) Recovery tensile
复元拉伸
2) facet expanding
面元拉伸
1.
Based on the existing geometric model of infrared images of ships to realize the geometric model of ships characterized as parts of thick hull by means of facet expanding, the physical model for the unstable state heat transfer of the ship with bulk structure has been obtained.
在原有的一般海面目标几何模型基础上通过面元拉伸的方法 ,实现了具有厚壳结构海面目标的几何构型建模 ,建立了体结构的非稳态热传递物理模型 ,并实现了数值计算和图像模拟 ,获得了理论模拟的红外热
3) Extrude Element
拉伸元素
4) extension recovery
拉伸回复
1.
The results show that PTT staple fibers have good elasticity and softness, and its breaking elongation and elastic recovery rate are higher than that of PET fiber, which is proved by single-extension recovery experiment and ten-extension recovery experiment.
结果表明PTT短纤维具有优良的弹性和柔软度,其断裂伸长和弹性回复性比PET纤维高得多,一次拉伸回复和10次反复拉伸的总弹性回复率均高于PET纤维。
5) repeated stretch
重复拉伸
6) Drawing Compound Method
拉伸复合
1.
Preparation of Cu Cladding Al Contact Wire by Drawing Compound Method;
拉伸复合法制备Cu-Al复合接触线
补充资料：复元
同‘复原 ’①。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条