1.
Genetic mutations and environmental pressures skew symmetry, and the results have lifelong implications.
基因变异和环境压力破坏了对称，其结果意义深远。
2.
Effects of Residual Stress on the Failure Mode of Pressure Vessels;
残余应力对压力容器破坏模式的影响分析
3.
Experimental Research on Dynamic Rupture of RCC Gravity Dam
碾压混凝土重力坝动力模型破坏试验研究
4.
Hence, the damage radii can not be determined from overpressure alone.
因此，破坏半径不能单单由超压力大小来决定。
5.
Typical Failure Modes and Case Analysis of In-service Piping
压力管道典型的破坏失效模式及实例分析
6.
Micromechanics for the Compressive Failure of Fiber Reinforced Composites;
纤维增强复合材料压缩破坏的细观力学研究
7.
Peak Ice Force in Ice Crushing on Vertical Structure;
冰与直立结构挤压破坏时的极值静冰力
8.
Research on Prediction Method of Surrounding Rock Pressure Base on Tunnel Progressive Destruction
隧道围岩渐进性破坏及围岩压力预测方法研究
9.
Study on the prediction method of tunnel surrounding rock pressure based on the theory of progressive destruction
基于渐进性破坏理论的隧道围岩压力预测研究
10.
Mechanical Behavior and Failure Strength of Fiber Braided High Pressure Rubber Hoses
钢丝编织高压胶管的力学性能及破坏强度
11.
Research on Relationship of Abutment Pressure Distribution and Overlying Strata Failure
覆岩破坏与煤体支承压力分布关系研究
12.
The Influence of Stress Dilatancy on the Shape of the Failure Face for Shallow Bias Tunnel
应力剪胀对浅埋偏压隧道破坏面形状的影响
13.
Upper bound solution for active earth pressure based on a nonlinear failure criterion
基于非线性破坏准则的主动土压力上限计算
14.
Analysis of mescoscopic structure destroy for coal rock mass by crack hydraulic pressure
裂隙水压力对煤岩体细观结构破坏分析
15.
Like motor vehicles, these targets are primarily drag sensitive and damage cannot be directly related to overpressure.
这种目标也和机动车辆一样，最易受到拖曳力的破坏，而不容易受到超压力的直接破坏。
16.
The Experimental Investigation of Quasi-static and Dynamic Compressive Mechanical Behaviors、Energy-absorbing Capacity and Collapse Mechanism of the Al Foam;
泡沫铝静动态压缩力学行为、吸能性能及压缩破坏机理的实验研究
17.
Studies on the Dynamic Response and the Perforation Failure of the Water-filled Pre-pressurized Pipeline Impacted Laterally by Missile;
充水压力管道受弹体侧向冲击动力响应及穿透破坏研究
18.
Study and Numerical Simulation of Fracture Mechanics in Plastic Pressure Pipes by Damege Mechanics;
塑料压力管道破坏机理的损伤力学研究及其数值模拟