势能最小 meaning in Chinese
potential energy minimum
Examples
- What ' s more , the combination of equilibrium axiom and mathematical methods helps to make solving fermat - steiner problems easier
同时，用势能最小原理和数学方法相结合，可以更简便地解决费马斯坦勒尔问题。 - The least potential energy axiom , which offers mechanics grounds for solving fermat - steiner problems , proves it in diversified mathematical methods
摘要势能最小原理为解决费马问题提供了力学依据，本文用不同的数学方法进行了证明。 - This method not only can deal with the problem of singularity , but can simplify the numerical process of interpolation function , based on the principle of minimum total potential energy , the formulas of pim are arrived
固定节点法不但可以方便地消除系数矩阵奇异问题，而且插值过程很简单。由势能最小原理，推导了点插值方法的控制方程。 - The concept called parallel macro - micro robot is presented . two kinds of optimal disposing methods of the cables ? tensions are used to build the inverse kinematics model of cable and cabin system . the error compensation model of the fine tuning stewart platform is deduced
本章提出了并联宏-微机器人的概念及基于悬索张力均匀原则和悬索系统势能最小原则的两种索张力优化配置方案，并在此基础上建立了并联悬索系统的逆运动学模型，推导了动基座stewart平台的误差补偿模型。 - According to the classical theory of thin - walled members this paper presents the derivation of energy equation under restrainted conditions , and a elastic restrainted stiffness matrix of thin - walled members is derived . continuous restrants and discrete restraints are considered in the energy equation . euler - equation of the derived energy equation is testified
根据薄壁构件弯曲与扭转理论，对弹性约束条件下薄壁构件的能量方程进行了推导，再根据总势能最小值原理推导出弹性约束条件下薄壁构件的单元刚度矩阵。能量方程中考虑的约束情况有连续的线弹性约束和离散的弹性点约束。