In order to shorten the time, lessen the expense and improve the quality of training, a computer realtime simulation training system for drivers of door crane is planned to develop.
为了缩短培训时间、减低培训费用和提高教学质量，我们拟开发一个进行门式起重机司机培训的计算机实时仿真系统。
The Container Crane Training Simulator is a high-tech product, integrating virtual reality technology, computer simulation technology and communication technology.
岸边集装箱起重机仿真训练器是以训练为目的的集虚拟现实技术、计算机仿真技术、通讯技术于一体的高科技产品。
Combining the dynamics characteristic of crane on lifting and the real structure, the loading model for finite element simulation is presented.
根据转台结构在起吊工况下的动力学特性，结合实际情况建立有限元动力学模拟的载荷模型。
This article discusses the construction of geometrical modeling in simulation training system for portal crane and the implementation of collision detection by the use of fixed direction hull (FDH).
该文介绍了门式仿真培训系统中系统几何模型的建立过程以及利用固定方向包围盒(FDH)实现系统的碰撞检验。
First of all, numerical simulation of two-dimensional rigid main beam cross-section of the single beam gantry crane is carried out with five turbulence models.
本文首先将单梁龙门起重机主梁二维刚性截面放于五种湍流模型中进行数值模拟。
The paper expounds a way to get stress amplitude spectrum of main girders of overhead traveling crane through computer simulation combining virtual prototype technology and computer random simulation.
本文将虚拟样机技术与计算机随机模拟方法结合，探讨了通过计算机仿真的方法获得桥式起重机主梁应力幅谱的基本途径。
Proved by simulation model the global optimum which meets the integer stability of crane is obtained.
经系统模型检验，得到满足整体稳定性的最优解。
The equations are solved with numerical method the dynamic characteristic of hydraulic crawler crane in elevating operation of the crane is obtained through computer simulation.
用数值方法求解了系统动力学方程，对变幅运动过程进行了数值仿真。
The equations are solved with numerical method the dynamic characteristic of hydraulic crawler crane in elevating operation of the crane is obtained through computer simulation.
用数值方法求解了系统动力学方程，对变幅运动过程进行了数值仿真。
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