1.
The Study of the Blow-up Solution and the Attractor to the Generalized Hyperelastic-rod Equation
广义超弹性杆方程解的爆破及其吸引子的研究
2.
A DYNAMICAL MODEL OF AN ELASTIC ROD AND ITS NUMERICAL SIMULATION;
一类弹性杆动力学方程及其数值仿真
3.
The Research of Programme Method for Kinematics Analysis Based Linkage Group;
杆组法机构运动分析编程方法的研究
4.
The Symplectic Scheme for Rod Vibration Equation and the Conservative Scheme for Nonlinear Schr(?)dinger Equation;
杆振动方程的辛格式及非线性Schr（？）dinger方程的守恒格式
5.
As you turn tension post 3 in direction A, the stroke of the thread take-up spring will be increased.
向A的方向转动线张力杆3，则行程量变大。
6.
Derivation and Realization on the Stiffness Equation of Uniform Section Bending Bar
等截面弯曲杆件刚度方程的推导和认识
7.
In the first chapter,the sympletic scheme of Four-oder Rod Vibration equationis derived.
第一章研究了四阶杆振动方程的辛格式。
8.
Iterative Methods for Implicit Symplectic Schemes of Four Order Rod Vibration Equation;
四阶杆振动方程隐式辛格式的迭代解法
9.
Solitary Wave Solutions for the Nonliner Wave Equation Of Elastic Pole in One Dimension;
一维弹性杆的非线性波动方程的孤波解
10.
Realizing method of fatigue analysis programming of the track and highway combined bridge suspender
公轨两用桥吊杆疲劳分析程序实现方法
11.
The Advanced Process Method of Double Pitch Worm in Engine Lathe
在普通车床上加工双导程渐厚蜗杆的新方法
12.
An Analysis Method of the Whole Working Course for the Force Transferring Mechanism in Fixed Segment of Tensile-type Anchor Bar
拉力型锚杆锚固段传力机理的全过程分析方法
13.
High-precision Numerical Method and Simulation for Dynamic Equations of Elastic Rod
弹性杆动力学方程的高精度数值计算及仿真
14.
The Design Process and Method of the Trailing Arm Type Torsion Bar Girder Rearaxle
拖曳臂式扭杆梁后桥的设计流程和方法
15.
Based on the general equation of curved profile worms, the reverse solution principle of parameters of these worms is introduced.
基于曲纹面圆柱蜗杆的一般方程 ,探讨了该类蜗杆齿廓参数反求原理 .
16.
CAD and Universal Equations for Rotor Profile of Screw Compressor
螺杆压缩机转子型线普遍方程组与计算机辅助设计
17.
To Derive the Slope-displacement Equation of Uniform CrossSection Circular Curved Bar With the Method of Elastic Centre
用弹性中心法推导等截面圆弧杆件的转角位移方程
18.
This paper uses sine series and polynomial to derive the bar of slope deflection equations.
本文用正弦级数与多项式推导杆件的角变位移方程式。