Working Model 2D - 工程动力学仿真软件

Working Model是很畅销的运动模拟产品。使用分析工具确认您的设计。

• 测试您的设计的多个版本

• 快速的“运行-分析-优化”周期有助于在构建物理原型之前优化设计

• 减少物理原型

• 您可以控制模拟环境

• 使用预定义的对象和约束快速构建、运行和优化模拟

• 随时运行、停止、重置、单步或暂停模拟

• 通过测量作用在物体上的力、扭矩、加速度等来分析您的新设计

• 以向量或英制或公制单位的数字和图形形式查看输出

• 以 DXF 格式导入 2D CAD 图纸

• 从方程、滑块和 DDE 链接输入值到MATLAB和 Excel

• 使用内置公式语言模拟非线性或用户事件

• 设计带有销接头、槽、电机、弹簧和阻尼器的联动装置

• 创建实体并指定其质量属性、初始速度、静电荷等。

• 模拟接触、碰撞和摩擦

• 使用柔性梁以及剪力和弯矩图分析结构

• 运行或编辑脚本以优化模拟、文档模型等

• 记录模拟数据并创建图形或 AVI 视频文件以供回放

• 通过附加图片创建视觉上吸引人的演示文稿

作为受欢迎的 CAE 工具，Working Model 是一种概念设计工具，可让您创建模拟来替代模糊、耗时、不准确的“粗略”计算。工作模型已被数千名工程师采用来创建和分析现实生活中的机械系统。它的设计初衷是为了优化 Microsoft Windows 系统的性能。工作模型包括自动碰撞检测和 NURBS 几何体的响应。我们的新版本还包括诸如 Flexbeam、Shear and Bending Moment 和 Pin Friction 等流行脚本。这些脚本已经过定制以扩展您对工作模型的使用。

能力：

互动性

使用工作模型，您可以在模拟运行时与控件进行交互。例如，在平衡棒问题中更改 PID 控制器的增益。或者，在仿真过程中更改干扰信号以检查控制器的稳健性。

碰撞检测

工作模型可以通过碰撞检测和响应自动模拟复杂形状之间的交互。例如，模拟凸轮的升空、齿轮的齿隙或车轮的滚动和打滑。

多重表示

以各种表示形式查看您的模拟。使用矢量、线图、条形图和仪表以动画形式观看两辆汽车之间的碰撞。通过查看来自表示的模型，用户可以更好地理解他们正在研究的原理。

【英文介绍】

Working Model is the best selling motion simulation product in the world. Confirm your design with powerful analytical tools.

Crash Test

• Test multiple versions of your design

• Fast “run-analyze-refine” cycle helps to optimize designs before building physical prototypes

• Reduce physical prototyping

• You are in total control of the simulation environment

• Quickly build, run, and refine simulations with pre-defined objects and constraints

• Run, stop, reset, single step, or pause the simulation at any time

• Analyze your latest design by measuring force, torque, acceleration, etc. acting on any object

• View output as vectors or in numbers and graphs in English or metric units

• Import your 2D CAD drawings in DXF format

• Input values from equations, sliders and DDE links to MATLAB and Excel

• Simulate non-linear or user events using a built-in formula language

• Design linkages with pin joints, slots, motors, springs, and dampers

• Create bodies and specify its mass properties, initial velocity, electrostatic charge, etc.

• Simulate contact, collisions, and friction

• Analyze structures with flexible beams and shear and bending moment diagrams

• Run or edit scripts to optimize simulations, document models, and more

• Record simulation data and create graphs or AVI video files for playback

• Create visually appealing presentations by attaching pictures

Capabilities

Interactivity

With Working Model, you can interact with controls while your simulation runs. For instance, change the gains on your PID controller in the balancing stick problem. Or, alter the disturbance signal during the simulation to check the robustness of your controller.

Collision Detection

Working Model can automatically simulate interactions among complex shapes with collision detection and response. For instance, simulate the liftoff in cams, the backlash in gears, or the rolling and slipping of wheels.

Multiple Representations

View your simulations in a variety of representations. Watch the impact between two automobiles as an animation with vectors, line graphs, bar graphs, and meters. By viewing models from many representations, users get a better understanding of the principles they are studying.