1.
Whole structural concrete creep effect research based on deformed energy principle
基于变形能原理的高层混凝土整体结构徐变效应分析
2.
GENERALIZED COMPLEMENTARY ENERGY PRINCIPLE AND ENGINEERING PRACTICE OF CABLE NETS WITH LARGE DEFLECTION
索网大变形广义余能原理及工程实践
3.
Study on the Finite Element Method Based on the Complementary Energy Principle for Large Elastic Deformation;
基于弹性大变形余能原理的有限元法研究
4.
Finite element formulation for finite deformation problem based on complementary energy principle
基于余能原理的有限变形问题有限元列式
5.
element of mechanics of plasticity
塑性变形的力学原理
6.
Microstructure and Mechanical Properties of Hot-Deformed and Heat-Treated Aermet100 Steel and Its First-Principles Characterization
AerMet100钢热变形行为与热处理组织性能及其第一性原理表征
7.
Meanwhile, the springback potential energy principle is applied to calculate the springback deformation of a pure bending of curved beam.
同时，应用该回弹势能原理于纯弯曲梁的回弹变形计算。
8.
An elastic body automatically restores itself after deformation.
弹性体变形后能自动复原。
9.
Properties of Cu-10Cr-2Zr In-situ Deformation Composite
Cu-10Cr-2Zr原位形变复合材料性能研究
10.
According to the principle of the minimum potential energy, the deformation of single tension pile and pile groups was analyzed using a modified variational approach.
根据最小势能原理，使用修正变分法来分析抗拔单桩和抗拔群桩的变形。
11.
Preliminary Research of Internal Force and Deformation of Bridge with Variational Principle;
应用变分原理研究桥梁的内力和变形初探
12.
Study on Intelligent Detection of Geometric Parameters of Chip;
切屑形态参数智能识别的原理及技术
13.
Abstract: In this paper, the generalized variational principle of ela stic and plastic problem with finite displacement is derived by means of semi-in verse method.
文摘:利用半反推法，导出了弹塑性有限变形率形式的广义变分原理.
14.
The capacity of a material, such as plastic or metal, to return to a previous shape after deformation.
弹性，恢复能力物质变形后恢复原来形状的能力，如塑料或金属
15.
The Morphology and Rheological Properties of GEP/PE In-situ Microfibrillar Blends;
GEP/PE原位微纤化共混物形态与流变性能研究
16.
The Effect of the Coriolis Force on Rotational State Energy Levels in Deformational Nucleus;
科氏力对形变原子核转动态能级的影响
17.
Microstructure and Properties of Rolling Cu-10Fe-2Ag-0.15Zr In-situ Composites
轧制变形Cu-10Fe-2Ag-0.15Zr原位复合材料的组织和性能
18.
Microstructure and Properties of Deformation-processed Cu-10Fe-1Ag In-situ Composite
形变Cu-10Fe-1Ag原位复合材料的组织和性能