在设计领域计算手段不断进步的今天，解决工程力学数值精确计算已经很容易。
With the great improvement of calculation methods in designing fields, the solution of precise calculation in engineering mechanics turns to be fair easy.
在隧道与地下结构学术领域开拓并建立了新的学科分支(1962)——地下结构工程力学。
Set up a new branch (1962), Mechanics of Underground Structure Engineering in the field of Tunnel and Underground Structure.
梁模型是工程力学中一个基本的微分方程模型，在桥梁、航空航天等领域有着广泛的应用。
Beam models, governed by certain partial differential equations, are the basic models in engineering mechanics. They are frequently occurred in the fields of bridge construction and aerospace.
激发的震波在工程岩土体中传播，检测其波动力学参数，来测试岩土体的工程力学性质。
The wave' s dynamics parameters are detected to test rock' s and soil' s body engineering mechanics properties through wave' s transmitting in rock' s and soil' s body.
有限元分析法(FEA)是一种在工程学中广泛应用的方法，最初应用于模拟并且解决各种工程力学、热学、电磁学等物理问题。
Finite element analysis (FEA) is broadly used in engineering, it was initially applied to simulate and solve a variety of engineering mechanics, thermal, electromagnetics, and other physical problems.
在计算机上实现工程力学类计算练习一直是教学上的一个难题。
The application of engineering mechanical calculation in CAI hadbeen a puzzle waiting for solution in domestic and abroad.
在特别例子中这样的一门课程不能被教工程师，许多介绍的事情形成应用的工程力学的数学和机械基础。
In the particular case where such a course cannot be taught to engineers, a lot of introduced matters constitute the mathematical and mechanical bases of applied engineering mechanics.
在特别例子中这样的一门课程不能被教工程师，许多介绍的事情形成应用的工程力学的数学和机械基础。
In the particular case where such a course cannot be taught to engineers, a lot of introduced matters constitute the mathematical and mechanical bases of applied engineering mechanics.
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