应用薄板非线性理论的变分方法求解基本方程，得到了单片碟形弹簧的载荷和变形关系以及应力分布及其计算公式。
By the variational method, the governing equation of the plate non-linear theory is solved, and he relationship between load and deformation of a single spring leaf is obtained.
本文研究了自动调心分离轴承装置的结构和调心原理，分析了弹性元件载荷与变形的关系，给出了分离轴承接触角和极限轴向负荷的确定方法。
The relation between load and deformation of the spring element is analysed and the calculating methods of constant angle and maximum axial load are set up.
根据接触载荷数据，可计算得到接触载荷与样品表面变形的关系。
Based on the achieved contact force data, the relation of the contact force and deformation depth of specimens can be obtained by calculation.
分析和研究了汽车离合器自动调心分离轴承弹性元件的作用、结构形式、载荷与变形关系，以及强度条件和制造工艺。
The function, construction, load and deformation, strength conditions, as well as the manufacturing process of the elastic elements in the.
在这类问题中，载荷与变形、载荷与应力之间的关系是非线性的。
In such a problem, the relations between the load and deformation, and between the load and stress are nonlinear.
碟形弹簧的载荷变形关系直接影响潜孔锤系统振动特征。
Disc spring load-deformation characteristics can directly affect pneumatic DTH hammer system vibrations.
试验中得到了载荷、变形度和摩擦力相互问的确切关系。
The precise relation among the load, degree of deformation and friction is found on the experimental results.
试验中得到了载荷、变形度和摩擦力相互问的确切关系。
The precise relation among the load, degree of deformation and friction is found on the experimental results.
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