Effect of Compliant Interface on the Curvature and Stress of Micron-Size Film-Substrate Composite Structure

机译：顺应性界面对微米尺寸薄膜-基底复合结构曲率和应力的影响

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The stress inside the film or substrate can be evaluated by the Stoney''s formula and its modified/extended formula, which links the curvature to the stress state inside the composite. However, the Stoney''s formula and its modified/extended formula assum

机译：薄膜或基材内部的应力可以通过Stoney公式及其修改/扩展公式进行评估，该公式将曲率与复合材料内部的应力状态联系起来。但是，Stoney公式及其修改/扩展公式的总和

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来源
《Robotics and Biomimetics, 2006 IEEE International Conference on; Kunming,China》||P.154-158|共5页
会议地点 KunmingChina
作者
Yun Liu; Yin Zhang;
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原文格式 PDF
正文语种 eng
中图分类工业技术;
关键词
interface phenomena; slip; stress analysis; substrates; thin films; compliant interface; interfacial slip; micron-size film-substrate composite structure; rigid interface; stress state; stress transfer; Film-substrate composite; interface; micro-system; size effects;

机译：界面现象;滑动;应力分析;基底;薄膜;顺应性界面;界面滑动;微米级薄膜-基底复合结构;刚性界面;应力状态;应力传递;膜-基底复合物;界面;微观系统;尺寸效应;

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机译：MEMS应用中存在梯度应力的薄膜-衬底结构的挠度和曲率
2. A curvature-dependent interfacial energy-based interface stress theory and its applications to nano-structured materials: (Ⅰ) General theory [J] . Xiang Gao, Zhuping Huang, Jianmin Qu, Journal of the Mechanics and Physics of Solids . 2014,第may期

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3. On secular equation of SH waves propagating in pre-stressed and rotating piezo-composite structure with imperfect interface [J] . Soniya Chaudhary Journal of intelligent material systems and structures . 2018,第10期

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4. Effect of Compliant Interface on the Curvature and Stress of Micron-Size Film-Substrate Composite Structure [C] . Liu, Yun, Zhang, . 2006

机译：顺应性界面对微米尺寸薄膜-基底复合结构曲率和应力的影响
5. Power Amplification via Compliant Layer Interdigitation and Dielectrophoretic Structuring of PZT Particle Composites [D] . Pessia, Zachary. 2019

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6. Dynamic Covalent Chemistry at Interfaces: Development of Tougher Healable Composites through Stress Relaxation at the Resin–Silica Nanoparticles Interface [O] . Nancy Sowan, Prof. Christopher N. Bowman, Dr. Lewis M. Cox, -1

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7. Statistics of Microstructure, Peak Stress and Interface Damage in Fiber Reinforced Composites [O] . Kushch, Volodymyr I., Shmegera, Sergii V., Mishnaevsky, Leon 2009

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8. Shear Stress at a Film-Substrate Interface Due to Mismatch Strain [R] . Freund, L. B., Hu, Y. 1988

机译：由于不匹配应变导致的薄膜 - 基板界面处的剪切应力

Effect of Compliant Interface on the Curvature and Stress of Micron-Size Film-Substrate Composite Structure

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