计算载荷、等效节点载荷分析?

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求翻译:在上述三维接触有限元模型基础上,通过施加正确边界约束条件和节点力载荷,并利用ANSYS求解器进行计算,获得接触对的数学表述及应力云图是什么意思?
在上述三维接触有限元模型基础上,通过施加正确边界约束条件和节点力载荷,并利用ANSYS求解器进行计算,获得接触对的数学表述及应力云图
问题补充:
On the basis of the above-mentioned three-dimensional contact finite element model, by applying the correct boundary conditions and nodal force loads, and use ansys solver to calculate the exposure on the mathematical formulation and stress cloud
In the above 3D finite element models come into contact, based on the Apply the correct boundary conditions and node loads, and to use ANSYS solver for the calculation, and have access to the mathematical formulation and stress cloud map
In above three dimensional contact finite element model foundation, through the infliction correct boundary constraint condition and the nodal force load, and solves using ANSYS carries on the computation, obtains the contact to mathematics indication and stress cloud chart
Above on the basis of finite element model of three-dimensional contact, through the imposition of boundary constraints and node loads correctly, and calculated using the ANSYS Solver, get exposure on the mathematical expression and stress contour
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