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Finite Element Analysis of Smart Structural Implications of a Beam-Type Artificial Basilar Membrane Inspired Sensor

机译:梁型人工基底膜启发传感器的智能结构意义有限元分析

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With developments in software and micro-measurement technology and finite element analysis software, a threedimensionalBasilar membrane finite element (BMFE) model can now be further straightforwardly created to investigatethe physics and sound transfer function of basilar membrane. Numerous FE studies of the middle ear have beeninvestigated to date, and each has its own specific advantages and shortcomings. In this conference paper, the latestPVDF-based development of the Basilar membrane and its FE modeling technology in both COMSOL Multiphysics andANSYS software has been investigated and verified. The output responses versus the sound frequency is recorded andcaparisoned.
机译:随着软件和微量测量技术和有限元分析软件的开发,一种三维现在可以进一步直接地创建基础膜有限元(BMFE)模型以调查基底膜的物理与声音传递函数。对中耳的众多Fe研究调查到目前为止,每个都有自己的具体优势和缺点。在本次会议上,最新基于PVDF的基础膜的开发及其在COMSOL多发性中的基础膜及其FE造型技术ANSYS软件已被调查和验证。记录输出响应与声频相反积极的。

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