研究设计：采用非线性有限元素分析来研究真实的骨水泥分布对椎体生物力学的加强作用。
The biomechanics of vertebral bodies augmented with real distributions of cement were investigated using nonlinear finite element (FE) analysis.
使用有限元素分析(FEA)在不同的条件状况，驾驶模式和控制策略下来检验电池的耐热性。
Thermal stability of the batteries is examined using Finite Element Analysis (FEA) for different environmental conditions, driving patterns, and control strategies.
利用本文之有限元素分析模式与级数解模式，与求解特征值与特征向量的方法，可以求得功能梯度板之自然振动频率、振动模态与挫屈负荷。
The present finite element model and the series solution models are used to find the natural frequencies, vibration modes and buckling loads of the FGM plates.
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