1) the problem of the static indeterminate with friction
有摩擦的超静定问题
2) hyperstatic problem
超静定问题
1.
The correclion is acquired on hyperstatic problem with analysis to practice example.
通过对超静定问题的实例分析 ,对一种观点做了修正。
3) statically indeterminate problem
超静定问题
1.
During the course of discussing statically indeterminate problems of rods under normal force,the teaching method of one-problem-many-solutions is adopted for the purpose of cultivating diffusing thought.
探讨在拉压超静定问题教学中,运用一题多解训练的方式培养学生的发散思维能力问题。
2.
The method for using the formula was illuminated which is suitable for calculation by computer because of its unitive form,and it can also solve the statically indeterminate problem.
该方法形式统一,适合计算机计算,并且可以用于超静定问题的求解。
3.
However, if the number of plastic hinges of the plastic mechanism set is less than n+1(n is the degree of redundancy of original structure), the statically indeterminate problems surely occur in calculating the internal forces for checking yield condition.
然而 ,当所设机构的塑性铰数
4) Friction problem
摩擦问题
1.
MRM-boundary mixed variational inequality of the second kind in friction problem;
摩擦问题中的第二类MRM-边界混合变分不等式
2.
Friction problem can be formulated as a nonlinear variational inequality.
摩擦问题可表述为第二类非线性变分不等式，笔者给出了对此问题在多子域情形下的Schwarz算法，并证明了此算法的收敛性。
3.
Using the friction problem in elasticity as the background,the mixed varia- tional inequality of the second kind in friction problem is reduced to an MRM-boundary mixed variational inequality by the multiple reciprocity method(MRM).
本文以弹性力学中的摩擦问题为背景,采用多重互易方法(MRM方法),边界元方法,将摩擦问题中的第二类混合变分不等式化解为MRM-边界混合变分不等式,给出了MRM-边界混合变分不等式解的存在唯—性,通过引入变换将原MRM-边界混合变分不等式化解为标准的凸极值问题,采用正则化方法处理后,给出了MRM-边界混合变分不等式的迭代分解方法。
5) frictional contact problems
接触摩擦问题
1.
Numerical modeling for frictional contact problems;
接触摩擦问题的数值模拟
6) frictional contact problems
摩擦接触问题
1.
The multiple nonlinear properties of three dimensional frictional contact problems make its calculation difficult.
三维摩擦接触问题具有多重非线性性质,使求解变得比较困难,为了解决此问题,建立了三维摩擦接触问题的模型,介绍了一种非光滑混合不动点算法。
2.
The multiple nonlinear properties of three-dimensional frictional contact problems make its calculation difficult.
摩擦接触现象在工程实际及日常生活中到处可见，三维摩擦接触问题具有多重非线性性质，使求解变得比较困难，目前有很多种求解摩擦接触问题的方法，在实际工程计算中得到广泛应用的是迭代法，该方法过程简单、易于实施，但是其收敛性不能保证，建立既准确又保证收敛的求解摩擦接触问题的高效方法一直是一个难题。
3.
Based on this,a parametric augmented Lagrangian quadratic programming algorithm was established for the frictional contact problems.
建立了摩擦接触条件的增广Lagrange线性互补表述形式,继而构造出求解摩擦接触问题的一种增广Lagrange线性互补算法。
补充资料：超静定结构
见静不定结构。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条