1) recoverable deformation gradient history
可恢复形变梯度史
2) recoverable deformation
可恢复变形
3) recovery strain
可恢复变形量
1.
In order to obtain high recovery strain in FeMnSiCrNi based shape memory alloys without training, the influence of ageing without and with pre-deformation on shape memory effect in an Fe16.
为开发免训练、高可恢复变形量的FeMnSiCrNi合金,研究了直接时效和形变时效对FeMnSiCrNiNbC合金形状记忆效应的影响,通过TEM分析了微观组织的变化。
4) non-recoverable deformation
不可恢复形变
5) gradient recovery
梯度恢复法
1.
The main result of this paper is the a posteriori error estimate of gradient recovery type for the Ciarlet -Raviart mixed finite element methods for the biharmonic equations.
通过引入加权Cle ment捅值，改进了ZZ梯度恢复法，在非一致网格剖分下，给出并从理论上证明了后验误差估计的上界和下界。
6) displacement restoring capacity
变形恢复
1.
Based on the active-control experiments of eight piezoelectric smart beams,the strain and displacement restoring capacity and the characteristics of crack closing of smart beams,under static loads and actuating forces induced by piezoelectric actuators,are systematically studied.
基于8根压电智能混凝土梁的主动控制试验,较为系统地研究压电智能混凝土梁在静力荷载和压电驱动器产生的驱动力作用下的变形恢复能力、应变恢复特性和裂缝闭合特征,重点分析配筋率、跨高比和驱动器埋设位置等因素的影响。
补充资料：金属材料发展史(见材料发展史)
金属材料发展史(见材料发展史)
history of metallic material
金属材料发展史historyor metalli。material见材料发展史。
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