多体动力学求解器ANSYS Motion 2022 R1 x64 Multilingual

ANSYS  Motion 内置于 Mechanical 界面中，是基于先进多体动力学求解器的第三代工程解决方案。该解决方案使人们能够通过对整个机械系统的分析，实现对刚性体和柔性体的快速准确分析及物理事件的准确评估。

Ansys Motion 采用四种紧密集成的解决方案：刚性体、柔性体、模态和无网格 EasyFlex。这可赋予您无与伦比的能力，助您利用任意组合方式对系统和机械装置进行分析。对具有数百万自由度的大型组件而言，可对组件柔性及接触的影响进行研究。然后，通过标准连接件和接头将这些系统连接起来，同时也进行加载。

常规的结构分析能够在同一个界面中利用 Ansys Motion 进行仿真，这意味着一个模型可以被重复用于多重用途，从而节省大量时间。除了基本软件包外，Ansys Motion 还提供额外的工具包，因此有特定多体动力学领域任务需求的用户能够快速、高效地开展工作。

Ansys Motion 用于对物体和机构系统的动力学进行建模的工具套件频率和振型，以及自动无网格仿真。

Ansys Motion 包含一个基本模块，旨在对具有刚体和弹性体的系统进行建模、计算固有频率和振动模式、热状态、疲劳寿命分析，以及一组额外的工具，允许您扩展专业的功能任务。

Ansys Motion Car Toolkit
可以使用 Car Toolkit 轻松计算具有许多细节和交互的汽车系统。这组工具允许您对各种模板和子系统进行建模，以进行运动分析和车辆控制，例如制动、悬架和转向。Car Toolkit 还包含用于建模轮胎的元素库。

使用领域
车辆悬架和转向系统的表征 确定车辆
行驶和操纵特性以及转向反馈
整体车辆分析或子系统分析。

Ansys Motion Drivetrain Toolkit
Drivetrain Toolkit 是一组用于对动力传输进行建模的工具，包括齿轮、螺钉、轴承、轴和外壳。特别是，通过计算速度/负载波动期间齿轮中产生的力，可以评估尽可能接近真实驾驶条件的振动特性。

在传动系统工具包中，您可以通过填写适当的齿轮设计规范来构建齿轮，并分析每个齿轮的齿轮误差（齿隙）。

Drivetrain Toolkit 提供对领先制造商轴承目录的访问，允许您从参数草图创建齿轮几何。

使用领域电动汽车齿轮箱的噪声和
振动
分析 传动系统的噪声和振动分析，包括行星
系统 转向系统的振动和噪声
分析 齿轮箱设计中齿轮误差影响的分析。

Ansys Motion Links Toolkit
许多机械系统都具有灵活的动力传输元件，例如链条、轨道和皮带。单个链节之间的连接以及链节与链轮、滑轮和滚子之间的接触相互作用需要计算许多元素并确定它们之间的接触相互作用。

Chain/Track 是一套用于快速自动化任务和后续后处理的工具。

使用领域
Caterpillar 系统用于任何履带式车辆，例如挖掘机和装甲车
各种机器中的链传动
所有类型的滑轮、皮带传动
内燃机中的正时皮带。

Ansys Motion EasyFlex
EasyFlex 是一个动态分析包，用于在不生成计算网格的情况下自动构建数值模型。

在这个软件模块中，您可以计算弹性体的应力-应变状态，而无需特别了解生成计算网格的原理和方法。因此，用户有更多的时间来解决当前的工程问题。

应用领域
自动建模车身系统中的弹性元件，跳过网格生成步骤。

File Size: 1.33 GB

Ansys Motion Software suite of tools for modeling the dynamics of systems of bodies and mechanisms Ansys Motion is designed to solve problems with rigid (non-deformable) and elastic (deformable) bodies in one system, taking into account hinge and contact interactions, calculating natural frequencies and mode shapes, and automatic meshless simulation.

Ansys Motion consists of a basic module that is designed to model systems with rigid and elastic bodies, calculate natural frequencies and vibration modes, thermal states, fatigue life analysis, as well as a set of additional tools that allow you to expand the functionality of specialized tasks.

Ansys Motion Car Toolkit
Automotive systems with many details and interactions can be easily calculated using the Car Toolkit. This set of tools allows you to model various templates and subsystems for motion analysis and vehicle control, such as braking, suspension, and steering. The Car Toolkit also contains libraries of elements for modeling tires.

Areas of use
Characterization of vehicle suspension and steering system Determination of vehicle
ride and handling characteristics and steering feedback
Overall vehicle analysis or subsystem analysis.

Ansys Motion Drivetrain Toolkit
The Drivetrain Toolkit is a set of tools for modeling power transmissions, including gears, screws, bearings, shafts, and housings. In particular, the calculation of forces arising in gears during speed/load fluctuations makes it possible to evaluate vibration characteristics that are as close as possible to real driving conditions.

In the Drivetrain Toolkit, you can build the gearing by filling in the appropriate gear design specifications and analyze the gearing errors for each gear (backlash).

Drivetrain Toolkit provides access to bearing catalogs from leading manufacturers, allows you to create gear geometry from parametric sketches.

Areas of use
Noise and vibration
analysis of electric vehicle gearboxes Noise and vibration analysis of transmission systems, including epicyclic
systems Vibration and noise
analysis of steering systems Analysis of the effect of gear errors in the gearbox design.

Ansys Motion Links Toolkit
Many mechanical systems have flexible power transmission elements such as chains, tracks, and belts. Connections between individual links and contact interaction between links and chain gear, pulleys and rollers require the calculation of many elements and the determination of the contact interaction between them.

Chain/Track is a set of tools for fast automated tasking and subsequent post-processing.

Areas of use
Caterpillar systems in any tracked vehicles such as excavators and armored vehicles
Chain drives in various machines
All types of pulleys, belt drives
Timing belts in internal combustion engines.

Ansys Motion EasyFlex
EasyFlex is a dynamic analysis package for automatic construction of a numerical model without generating a computational grid.

In this software module, you can calculate the stress-strain state of elastic bodies without having special knowledge about the principles and methods of generating the computational grid. Thus, the user has more time to solve current engineering problems.

Application area
Automatic modeling of elastic elements in body systems, skipping the mesh generation step.