Resolving Deformation Field Near Corners and Interfaces by Phase Shifting Moiré Interferometry

D. Zou, Xiaoyuan He, Sheng Liu, Yifan Guo, F. Dai
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引用次数: 5

Abstract

Although it is challenging to resolve deformation fields near corners or interfaces for layered structures, it is essential for a measurement technique to deal with of stress/strain concentrations, strain gradients, failure initiation and growth, local microstructure evolutions, etc. In this study, an innovative phase shifting technique is proposed, coupled with an image processing software, to investigate several interesting problems in electronic packaging. A power plastic IC package and a flip-chip package are selected to demonstrate the powerfulness of the system. A nanoscale deformation field is obtained for both the corner area and the underfilled containing flip-chip solder balls.
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用相移莫尔干涉法解析拐角和界面附近的变形场
虽然在层状结构的拐角或界面附近测量变形场具有挑战性,但对于处理应力/应变集中、应变梯度、破坏发生和发展、局部微观结构演变等测量技术来说是必不可少的。在这项研究中,提出了一种创新的相移技术,结合图像处理软件,探讨电子封装中的几个有趣的问题。选择了电源塑料IC封装和倒装芯片封装来展示系统的强大功能。在边角区和含倒装焊锡球的欠填充区均获得了纳米级的变形场。
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Moiré Interferometric Analysis of Crack Nucleation From Bimaterial Corners In Process Stress Analysis of Flip Chip Assemblies During Underfill Cure The MicroDAC Method: A Powerful Means for Microdeformation Analysis in Electronic Packaging Measurement of Solder-Copper Interfacial Fracture Parameters Using u2-Displacement Fields Creep Behavior Study of Plastic Power Package by Real Time Moiré Interferometry and FEM Modeling
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