The affection of tilting angle of welding parts to stress intensity factors were researched.

The numerical examples illustrate the influence of the width on image force and stress intensity factor.

通过数值算例讨论了条形介质宽度或厚度对相互作用的影响.

We study stress intensity factor of thick wall cylinder with cracks under dynamic load.

研究了动载荷作用下带裂纹厚壁筒的应力强度因子.

According to the singular stress filed , the formula of stress intensity factor crack terminal is acquired.

在此基础上, 得到了基于裂纹面上的位移间断计算裂纹端点应力强度因子的具体表达式.

The theoretical equations for stress fields and the stress intensity factor have been derived.

推出了界面裂纹的应力场和应力强度因子的理论表达式.

The result shows that stress intensity factor of calculated of thickness of welding seam.

给出了数值解法计算模型,研究了焊口厚度对焊口应力集中系数的影响.

The stress intensity factors are identical the results the problem elastic.

应力强度因子与纯弹性材料结果一致.

Multiiiple crack interaction may cause distrubed effect of stress intensity factor.

裂纹群的交互作用会引起裂纹应力强度因子的干扰效应.

It can also realize on-line data transmission and managing production condition of the enterprise.

打印报表,实现网上数据传输监管企业生产情况.

In terms of the effective damping matrix, the energy loss and specific damping of the laminate.

在层板的层次上由能量等效原理得到有效阻尼矩阵.

The energy loss, combined with angular-momentum redistribution, causes a dense ring system to flatten.

由于能量散失再加上角动量重新分布, 稠密的行星环系统就变得更为扁平.

It cuts down the energy loss, saves the construction area and enhances the design freedom.

减少能耗, 节约建筑面积,提高设计自由度.

And energy loss in hydraulic jump region could be confirmed by water energy equation.

通过水流能量方程确定水跃区的能量损失.

Conventional building insulation system can effectively reduce the energy loss from the interior in winter.

传统的建筑保温材料在冬天是有效的,它降低了室内的热量散失.

The core _ shell absorption edge of sapphire is studied by using the electron energy loss microspectroscopy.

利用电子能量损失光谱学研究了蓝宝石核心壳层吸收边缘.

There are multiaspects influence of and water loss on water quality of reservoir.

水土流失对水库水质的影响是多方面的.

Varying increase in bound water content in genotypes was found during water loss of excised leaves.

研究还表明,在失水过程中束缚水含量增加,且基因型间存在差异,可能影响离体叶片失水过程.

In general, the annual rainfall in these regions is less than annual water loss by evaporation.

总的来说, 这些地区的年降雨量比一年内由于蒸腾而失去的水分要少.

Plough land located at sloping areas is the major part for and water loss.

坡耕地是水土流失的主体,加快退耕还林步伐和加速坡耕地治理是当务之急.

Cracking lips, skin water loss.

嘴唇开裂, 皮肤失水.

Measures must be taken to avoid and water loss.

必须采取一些措施来防止水土流失.