典型文献
Electromagnetic-Thermo-Mechanical Coupling Behavior of Cu/Si Layered Thin Plate Under Pulsed Magnetic Field
文献摘要：
Semiconductor-based electronic devices usually work under multiphysics fields rendering complex electromagnetic-thermo-mechanical coupling.In this work,we develop a penalty function method based on a finite element analysis to tackle this coupling behavior in a metal/semiconductor bilayer plate—the representative unit of semiconductor antenna,which receives strong and pulsed electromagnetic signals.Under these pulses,eddy current is gener-ated,of which the magnitude varies remarkably from one plate to another due to the difference in electrical conductivity.In the concerned system,the metal layer generates much larger current,resulting in the large temperature rise and the nonnegligible Lorentz force,which could lead to delamination and failure of the semiconductor-based electronic device.This study provides theoretical guidance for the design and protection of semiconductor-based electronic devices in complex environments.
文献关键词：
中图分类号：
作者姓名：
Qicong Li;Linli Zhu;Haihui Ruan
作者机构：
Department of Engineering Mechanics,and Key Laboratory of Soft Machines and Smart Devices of Zhejiang Province,Zhejiang University,Hangzhou 310027,China;Department of Mechanical Engineering,The Hong Kong Polytechnic University,Hong Kong,China
文献出处：
引用格式：
[1]Qicong Li;Linli Zhu;Haihui Ruan-.Electromagnetic-Thermo-Mechanical Coupling Behavior of Cu/Si Layered Thin Plate Under Pulsed Magnetic Field)[J].固体力学学报（英文版）,2022(01):90-100
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B类：
Electromagnetic,Thermo,Mechanical,Coupling,Behavior,Si,Layered,Thin,Plate,Under,Pulsed,Magnetic,Field,Semiconductor,electronic,devices,usually,work,under,multiphysics,fields,rendering,complex,electromagnetic,thermo,mechanical,coupling,In,this,we,develop,penalty,function,method,finite,element,analysis,tackle,behavior,metal,semiconductor,bilayer,plate,representative,unit,antenna,which,receives,strong,pulsed,signals,these,pulses,eddy,current,ated,magnitude,varies,remarkably,from,one,another,due,difference,electrical,conductivity,concerned,system,generates,much,larger,resulting,temperature,rise,nonnegligible,Lorentz,force,could,lead,delamination,failure,This,study,provides,theoretical,guidance,design,protection,environments
AB值：
0.713824
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