bi-material specimen 一体两介质模型
three-dimensional bi-material 三维两相介质
mixed-mode bi-material 混合型双材料
bi-material micro-cantilever array 双材料微悬臂梁阵列
bi material 双材料
bi-material model 两体力学模型
Bi-material structure 双材料结构
isotropic bi-material 各向同性双材料
The experimental results show that the films on both sides of the base wafer are introduced residual stresses,nearly to GPa, during the preparing process of bi-material film structures.
实验发现,双材料悬臂梁结构在薄膜基片制备过程中,在基片的两侧均产生接近GPa的残余应力。
参考来源 - MEMS薄膜基片中的工艺残余应力实验分析Also we can get the plastic field of the symmetrical material and the bi-material with central perfoliate crack.
运用得到的应力场可以得到均匀材料含中央穿透型裂纹的塑性区和两相材料界面裂纹的塑性区。
参考来源 - 基于神经网络的裂纹尖端应力分析·2,447,543篇论文数据，部分数据来源于NoteExpress
By using Fourier transform method, the Green function of a point harmonic force applied at a bi-material plane is obtained.
利用积分变换方法得出了两相材料中作用简谐集中力时的格林函数。
It is shown that FEM sub-modeling technique is valid for estimating the index of stress singularity for three-dimensional bi-material structure.
结果表明，应用子模型技术估算三维双材料结构的应力奇异性指数是有效的。
With the method of asymptotic and variable separation, the stress singularity near the conic-shaped crack tip at a bi-material interface is fulfilled.
据此利用渐近展开和分离变量相结合的方法对裂尖奇异性指数的变化进行了分析。
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