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A variational principle and finite element formulation for multi-physics PLZT ceramics

机译:多物理场PLZT陶瓷的变分原理和有限元公式

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摘要

This research presents an extended variational principle and a finite element formulation for multi-physics analysis of PLZT (lanthanum zirconate titanate) ceramics by including the photovoltaic and optothermic effects. The photo-induced electrical and thermal, and mechanical fields, as well as the heat source effect due to light illumination are all considered in the formulation. A generalized variation approach for advanced multi-physics PLZT problems is developed and then the relevant finite element formulation is established.
机译:这项研究通过包括光电效应和光热效应,提出了用于PLZT(钛酸锆钛酸镧)陶瓷的多物理场分析的扩展变分原理和有限元公式。配方中考虑了光感应的电场,热场和机械场,以及由于光照引起的热源效应。提出了解决高级多物理场PLZT问题的广义变分方法,然后建立了相关的有限元公式。

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