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Reports from Iran University of Science and Technology Advance Knowledge in Machine Learning

机译:伊朗科技大学的报告提高了机器学习知识

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摘要

2012 JUN 11 (VerticalNews) -- By a News Reporter-Staff News Editor at Robotics & Machine Learning --nInvestigators publish new report on Machine Learning. According to news originating from Tehran, Iran,nby VerticalNews correspondents, researchers stated "The linear three-dimensional piezoelasticity theorynin conjunction with the versatile transfer matrix approach is employed to investigate the steady-statennonaxisymmetric fluid-structure-coupled vibrations of an arbitrarily thick bilaminate simply supportednhollow cylinder of finite length, composed of an inner layer of orthotropic functionally graded materialnperfectly bonded to an outer layer of radially/axially/circumferentially polarized functionally gradednpiezoceramic material. The cylinder is filled with a compressible nonviscous fluid and may be subjectednto arbitrary time-harmonic on-surface mechanical drives."
机译:2012年6月11日(VerticalNews)-由机器人与机器学习新闻记者-职员新闻编辑-n研究人员发布有关机器学习的新报告。根据来自伊朗德黑兰的新闻,垂直新闻通讯社的研究人员说,“线性三维压电弹性理论与通用传递矩阵方法结合起来,用于研究任意厚度的双层叠层的稳态稳态的轴对称流体耦合耦合振动。有限长度的支撑空心圆柱体,由正交各向异性功能梯度材料的内层完美地结合到径向/轴向/周向极化功能梯度压电陶瓷的外层组成,该圆柱体填充有可压缩的非粘性流体,并且可以承受任意时间谐波的作用表面机械驱动器。”

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