弹性接合的英文

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"弹性接合"怎么读用"弹性接合"造句

英文翻译手机版

elastic joint
resilient joint

"弹性"英文翻译 elasticity; resilience; spri ...
"接合"英文翻译 joint; zygosis; juncture; ar ...
"弹性接合剂" 英文翻译 : elastic bond; elastic break-down
"弹性接合装置" 英文翻译 : elastic fastening device
"半刚性接合" 英文翻译 : semi-rigid connection; semi-rigid joint
"半钢性接合" 英文翻译 : semi-rigid type of joint
"磁性接合" 英文翻译 : magnetic joint
"刚性接合" 英文翻译 : fixed joint; rigid joint; solid joint
"连续性接合" 英文翻译 : synthesis of continuity
"挠性接合" 英文翻译 : flexible joint; wobble joint
"挠性接合器" 英文翻译 : flexible jumper
"挠性接合轴" 英文翻译 : flexible drive coupling
"酸性接合力" 英文翻译 : acid-commbining power
"永久性接合" 英文翻译 : permanent joining
"弹性接触" 英文翻译 : elastic contact
"弹性接缝料" 英文翻译 : resilient joint material
"弹性接头" 英文翻译 : elastic joint; resilient connector
"弹性接缝；柔性接缝" 英文翻译 : flexible joint
"正常接合,异性接合" 英文翻译 : legitimate copulation
"单性接合孢子" 英文翻译 : azygospore
"刚性接合构架" 英文翻译 : rigid-jointed framework
"寰枕骨性接合" 英文翻译 : occipitalization
"弹性接触交换" 英文翻译 : switching elastomeric contact; switching message; switching, elastomeric contact
"惯性接合式起动机" 英文翻译 : bendix-type starter
"弹性接头挠性联接器" 英文翻译 : flexibleconnector

例句与用法

Hockman standard test method for adhesion and cohesion of elastomeric joint sealants under cyclic movement hockman cycle
在循环运动条件下弹性接合密封料的粘着性和粘结力的标准试验方法
2 . eigenequation about singularity , singular stress fields and electrical displacement fields near the axisymmetric interface edge of two bonded dissimilar transversely isotropic materials are obtained under axisymmetric distortion . 3
然后，考虑电学物理量的影响，将上述特殊有限元法应用于压电/压电以及压电/弹性接合材料界面端奇异性的求解。
Eigenequation about singularity , singular stress fields and electrical displacement fields near the interface edge are obtained under axisymmetric distortion . finally , a special finite element formulation which is based on the principle of minimum potential energy has been developed for determining the orders of the singularity of the singular stress fields around the singular point ( interface edge , interface corner and the interface crack ) in the bonded dissimilar anisotropic / anisotropic , piezoelectric / piezoelectric as well as piezoelectric / anisotropic materials . the numerical results show that this method is very convenient and efficient
最后，从最小势能原理出发，在仅仅考虑奇异性支配区域这一前提下，对于弹性接合材料的平面变形问题和拟平面应变问题，以奇异点为原点分别建立极坐标系和圆柱坐标系，通过分部积分消除厂项，从而使奇异性问题的求解由原来的二维降为一维；对于三维变形问题，以奇异点为原点建立球坐标系，通过分部积分消除项，从而使奇异性问题的求解由原来的三维降为二维。