1.
Law of Consolidation Creep Strain and Stress Relaxation in Saturated Soft Clay
饱和软粘土固结、蠕变变形和应力松弛规律
2.
Study on the Steady-state Creep Deformation Rate for High-temperature Weld Structures;
高温焊接结构稳态蠕变变形速率的研究
3.
Numerical analysis can only simulate the former two phases of creep deformation.
而且,数值分析只能模拟蠕变变形的前两个阶段,迄今为止,人们对蠕变第三阶段的分析较少。
4.
It is pointed out that bulging strain is consisted of not only instaneous elastic strain, but also creep strain which changes with time.
指出鼓肚变形不仅有瞬时弹性变形，而且还有随时间变化的蠕变变形。
5.
Effects of TLP Bonding on the Microstructure of a Ni-base Single Crystal Superalloy During Creep Deformation
TLP连接对一种镍基单晶高温合金高温蠕变变形组织的影响
6.
FE analysis of creep age forming for Aluminum alloy 2324
2324铝合金蠕变时效成形有限元分析
7.
Experimental research on the creep age forming for aluminium alloy 2324
铝合金2324蠕变时效成形试验研究
8.
Plastic deformation and creep are highly undesirable, resilience is favourable.
塑性形变和蠕变是很不利的，回弹性则是有利的。
9.
Study on Effects of Rockfill Rheology in Deformation Characteristic of Concrete Rockfill Dams;
堆石蠕变对面板堆石坝变形性态影响的研究
10.
The Deformation Mechanism and Nonlinear Creep Constitutive Model of Bedded Salt Rock;
层状盐岩变形机理及非线性蠕变本构模型
11.
Research on Application of Creep Constitutive Model in Age-forming Simulation
蠕变本构模型在时效成形仿真中的应用研究
12.
Research on the Larger Deformation of Intestine Applied with Motion Resistance Force
蠕动内镜在摩擦力作用下胃肠道的大形变
13.
ANALYSIS OF CREEP DEFORMATION MECHANISM BASED ON INCLINOMETER MONITORING RESULTS
基于测斜仪监测成果的蠕滑体变形机制分析
14.
determination of tension set at high temperatures for vulcanized or thermoplastic rubber
硫化橡胶或热塑橡胶高温拉伸下拉伸久变形和蠕变的测定
15.
The different kinds of material deformation (elasticity, plasticity, fracture, creep, fatigue) are explained in detail.
不同种材料的变形（弹性，塑性，断裂，蠕变，疲劳），详细解释了。
16.
Research on the Deformation and Creep Life of the High Temperature Parts of Steam Turbine of the Thermal Generating Unit;
火力发电机组汽轮机高温部件变形及蠕变寿命的研究
17.
Experimental Study on Deformation of Nanning Expansive Soil Considering Consolidation and Creep Coupling
南宁膨胀土考虑固结与蠕变耦合的变形特性研究
18.
The Effect of Creep upon the Precipitation Behavior ofSuper 304H Austenitic Stainless Steel with Pre-Deformation
蠕变对预变形Super304H奥氏体不锈钢沉淀析出行为的影响