| 1. | The correct solution must satisfy the compatibility equation .
正确的解必须满足协调方程。 |
| 2. | We have written the compatibility equation in a form that corresponds with the polar geometry .
我们已经把协调方程写成了极坐标的形式。 |
| 3. | Generalized compatibility equations of quasi - conforming element methods
拟协调元广义协调方程的研究 |
| 4. | And then , some examples show the problems can be solved by their compatibility equations of deformation and static equations of equilibrium easily
实例证明，将这种方法得到的变形协调方程与静力干衡方程联立可方便地求解拉压超静定问题。 |
| 5. | Different from b , the general solution is obtained by substituting the general solution of stress compatibility equations into equilibrium equations . this solution is identical with b s
其方法与b的将已有的平衡方程通解带入到应力协调方程的方法恰好相反，得到的通解形式和b的结果完全一致。 |
| 6. | The relation between deformation of bar under normal force and node displacement is analyzed and applied to setting up compatibility equations of deformation for statically indeterminate problems
摘要分析了轴向拉压杆件的变形与杆端结点位移之间的关系，并将其应用于拉压超静定问题变形协调方程的建立。 |
| 7. | The basic equations of elliptic plate , when temperature and stress fields are coupled , are developed , which include transverse thermal vibration equation , the compatibility equation and energy equations
本文首先推导了当温度场和应变场耦合时椭圆板的非线性热弹耦合振动的基本方程，其中包括横向热振动方程、协调方程和能量方程。 |
| 8. | Via the transform of coordinate , mode iii crack problem in physical plane is inversed to stress plane to be investigated . equilibrium equation and compatibility equation are deducted , in which ( x , y ) is expressed by unknown variable 7 ^ , 7 ^ ,
通过坐标变换，将物理平面中型裂纹问题变换到应变(应力)平面中加以研究，推导出用( _ x ， ， _ y )为未知变量表示( x ， y )的平衡方程和协调方程。 |
| 9. | Introducing strain function y / , applying geometry equation , compatibility equation and constitutive equation to deduct the basis equation satisfied by i / / in mode iii crack problem , for different n , small area damage solution of i / is obtained by means of calculation
引入应变函数，应用几何方程、协调方程和本构方程推导出型裂纹问题中满足的基本方程，对不同的n值，通过计算可以得出的小范围屈服解。 |
