给出了不同间隙对管系动力响应影响的算例。
Some examples prove the influence of different gap width on dynamic response of gapped piping.
用动力接触有限元法对带间隙支座的管系非线性动力响应进行分析。
The nonlinear dynamic response of piping with gapped supports is analyzed by the finite element method for the dynamic contact problem.
其中系膜细胞的收缩在调节肾小球血液动力学如滤过系数和管-球反馈的变化方面可能具有重要的生理意义。
About of which, contraction function may be of physiological significance in modulating glomerular hemodynamics such as filtration coefficient and tubuloglomerular feedback.
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