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- critical energy release rate 临界能量释放率
- The energy release rate can also be established experimentally from measuring the compliance of the cracked body. 能量释放率也可用实验方法测量裂纹体的柔度而建立起来。
- Energy release rate of interface debonding in ceramic composites is caculated by FEM. 用有限元法计算了陶瓷基复合材料界面脱粘的能量释放率。
- The distribution expression of the energy release rate along the front of the elliptical delamination area was obtai... 结合由附加位移所确定的总位能,确定了能量释放率和应力强度因子沿分层前缘分布的表达形式。
- The study on the energy release rate for cracks propagating of particle and matrix interface in functionally gradient materials(FGM) was carried out. 研究了功能梯度材料富陶瓷区金属颗粒界面断裂能量释放率。
- The gap element is used to prevent the overlap of the delamination.The strain energy release rate is studied along the delamination front. 在分析中引入接触元来防止层间的闭合接触效应,并进一步分析了分层前缘的能量释放率。
- Based on the boundary variational theorem, the energy release quantity and energy release rate(dynamical crack extension force)along the crack boundary are obtained. 由此求得动态裂纹扩展时，沿裂纹边界的能量释放量和能量释放率(动态裂纹扩展力)。
- total energy release rate criterion 总能量释放率准则
- strain energy release rate(SERR) 应变能释放率
- amplitude of an energy release rate 能量释放率幅值
- Strain energy release rate ( SERR) 应变能释放率
- Strain energy release rate (SERR) 应变能释放率
- Measured method of nonlinearity critical strain energy release rate of frozen soil 冻土非线性临界应变能释放率的测试方法
- DAMAGE STRAIN ENERGY RELEASE RATE OF COMPOSITE LAMINATES 复合材料叠层板损伤应变能释放率
- Calculation of Energy Release Rate for Delaminated Sandwich Beam 夹层梁脱层问题能量释放率的计算
- Keywords composite;copulation of layers;energy release rate; 复合材料;层间结合;能量释放率;
- Keywords D finite element;VCE;energy release rate;pressure vessel; 三维有限元;虚拟裂纹扩展;能量释放率;压力容器;
- Analysis of energy release rate for delaminated composite plates after repair 含层间分层复合材料层合板修复后能量释放率分析
- The critical energy is the system energy which just makes the post-fault trajectory be tangential to the protection surface of the key lines. 该临界能量为故障后系统轨迹刚好与关键线路上相应保护动作面相切时系统所获得的能量。
- Toughening Mechanisms and Energy Release Rates of Smart Composites 智能复合材料的增韧机理与能量释放率
