The simulative analysis of automotive semi-active suspension frame system adopted the ADAMS and MATLAB joint simulation method. 文中对汽车半主动悬架系统的仿真分析采用了ADAMS和MATLAB联合仿真方法。
Simulating results agree well with the experimental data and indicate that Adams method is more efficient. 以希平港核电站减负荷试验时稳压器的动态特性对模型和程序进行验证,仿真结果与试验数据符合良好,结果同时表明用亚当斯方法进行仿真更有效。
This numerical method is simply a classical Adams method. 当s=0时,这种方法只不过是古典的Adams法。
The simulation analysis made with ADAMS shows that the modified method is valid. 同时运用虚拟样机技术软件ADAMS对该修正方法进行仿真分析,分析结果表明,该修正方法是合理的。
A damping model is constituted on the basis of Rayleigh damping model using Adams 'strain energy method ( MSE). 同时采用了Adams应变能法与Rayleigh阻尼模型相结合的方法,构造了相应的阻尼阵列式;
Furthermore, through the example of computer programming, comparision of the formula precision which established Ang Adams extrapolation linear multistep method was made. 进一步通过实例运用计算机编程将阿达姆斯外推法等线性多步法和所建立的公式进行了精度比较。
Based on the present single-step method and Adams multi-step method, new methods of precise integration are put forward for nonlinear dynamic. 以非线性精细动力积分多步法为基础,提出了新的拟动力试验数值积分方法,该方法在增大试验时间步长后的计算精度比中央差分法要高,因而试验工作可大量减少。
The simulation of ADAMS testifies the motion planning method. 并通过ADAMS软件仿真验证了该轨迹规划方法的可行性。
With the combination of ADAMS, ANSYS software, this method can be used to carrying out the computer simulation analysis on the flexible multi-body system, and proceed to conduct the optimization design and so on. 结合ADAMS、ANSYS软件,可充分利用该方法对柔性多体系统进行计算机仿真分析,进而进行优化设计等。
Based on the theory of fuzzy comprehensive evaluation, this paper establishes a dynamic fault prediction model, and combining the Adams software, discusses the method of designing fault fuzzy prediction system. Finally, the reasoning process of fault fuzzy prediction is given. 以模糊综合评判理论为基础,建立了一种动态的故障模糊预测模型,结合Adams仿真平台,探讨了故障模糊预测系统设计方法,给出了故障预测的推理过程。
Taking wheel loader as studying object, a dynamic model with coupling vibration damping system for the basic machine of wheel loader is set up with ADAMS software through multi-system dynamics theory method. 以轮式装载机为研究对象,采用多体系统动力学的理论方法,应用ADAMS软件建立了具有耦合减振系统的轮式装载机整机动力学模型。
The expansion of Adams Cowell method and its application to artificial satellite Adams&Cowel方法的扩充及其在人卫中的应用
Adams 'method was employed to solve the coupled dynamic equations in molecular dynamics simulation. 本文引入Adams方法用于求解分子动力学模拟中的藕合动力学方程。
In this paper, Adams Method and Transition Matrix Method are combined together for the use in simulation of linear time-invariant systems and a Quasi-Adams Method is proposed. 本文将Adams法和转移矩阵法结合起来,并用于线性定常系统的仿真。
Introducing the dynamic simulation of ADAMS, Bringing forward a method of analyzing the plane mechanism motion using the technology of simulation. 简要介绍了ADAMS动态仿真功能,提出了应用仿真技术对平面机构进行运动分析的方法。
A virtual prototype model of five-axis gantry machining-center was constructed by using the Pro/ E software and the ADAMS software. The study provides an effective method and experience for application of the virtual prototyping technology to the new product exploration. 本文以五坐标龙门加工中心为研究对象,利用Pro/E和ADAMS软件建立了其虚拟样机模型,本项研究为虚拟样机技术在新产品开发中的应用提供了有效方法。
On the basis of equations of continuity, motion, energy and state when natural gas is flowing at steady state in pipe network, this paper adopts Adams forecast-correction method to solve these equations. 根据气体在管网系统中稳态流动的连续性方程、运动方程、能量方程以及状态方程,采用亚当姆斯预测-校下法进行求解;
In order to make the simulation more approach to the fact condition. The flexible body has been introduced to ADAMS, and researched the simulating method of Rigid-Flexible Coupling Dynamics in ADAMS. 为使对该部分的运动仿真更加接近实际情况,本文在ADAMS仿真中引入了柔性铰链柔性体,研究了ADAMS中使用柔性体进行刚柔耦合动力学仿真的方法。
Based on an established multibody dynamics model of farm transport vehicles, with the help of the code ADAMS, the ride comfort simulation method was studied. 在建立农用运输车整车多体动力学模型的基础上,借助于软件ADAMS和笔者编制的软件研究了农用运输车平顺性仿真的方法。
Having explained in detail that using Pro/ E and ADAMS software to carry on the creating method of the three-dimensional simulation model. 详细阐述了应用Pro/E和ADAMS软件进行MFPSE三维仿真模型的建立方法,为动态仿真提供便利。
The model of one kind of axis-fixed transmission gearbox was built in the Engine module of ADAMS 12.0. The modeling and simulating method in ADAMS/ Engine were discussed. And the simulation result was analyzed. 运用ADAMS12.0的Engine模块建立了某定轴式变速箱的模型,讨论了在ADAMS/Engine中对变速箱进行建模仿真的方法,并对仿真结果进行了分析。
The article establishes a nonlinear vehicle transient roll model and uses ADAMS simulation method to seek the solution. 建立非线性车辆瞬态侧倾模型,采用ADAMS仿真的方法对上述模型进行求解。
The hull and free surface are divided into quadrilateral units, and Adams method is used to calculate the submarine surfacing motion and the motion of free surface. 采用将艇体及自由表面划分成四边形单元的方法计算流场,用Adams方法计算自由表面运动和艇体上浮运动。
Based on the analysis of features about Pro/ E, ADAMS and ANSYS, bringing up a new method of the united application in mechanical system design, and elaborating the interrelated technique about the data deliver. 分析了Pro/E、ADAMS与ANSYS各自的特点,提出了三者联合运用这一全新的设计方法,并系统阐述了数据传送中的相关使用技术。
A dynamics simulation model and closed-loop control model were built skillfully through MATLAB and ADAMS, and a compound control method based on CMAC and PID was validated. Secondly, trajectory planning of the robot was studied in the joint space and Cartesian space. 巧妙创新性地通过联合MATLAB和ADAMS建立机器人动力学仿真模型和闭环控制模型,并设计和验证了一种基于CMAC和PID的复合控制算法。
Meanwhile, according to multi-step thought of Adams propose a method which based on neural network parameter adjustment of many momentum revisions, that algorithm is suitable for many kinds of forward neural networks. 同时,根据亚当姆斯多步法思想提出一种基于多项动量项修改的神经网络参数调整方案,该算法适用于多种前向神经网络。
This research introduces the ADAMS software, using the method of computer simulation to accomplish the fast accident reconstruction. 本研究将ADAMS软件引入进来,采用计算机模拟仿真的方法实现了对事故的快速再现。
ADAMS software and experiment method were used to research the dynamic characteristics of supporting structure. 采用ADAMS软件进行模拟分析,然后再采用实验的方式研究支撑结构的动态特性。
When conducting ray trace, we adopt the Explicit Adams Method to solve the ray equations, thus solve the problem that the widely used Runge-Kutta method cannot be used in simulation of light in nonlinear materials. 光线追迹时采用了显式亚当斯法求解光线方程,解决了龙格库塔法不适用于非线性光线追迹的问题。