一、优势和特点

Fast and Accurate Multibody Dynamic Analysis快速精确的多体动力学分析

Rapid Multibody Dynamic Models快速生成多体动力学模型

Fast models with fewer errors建模速度快，错误少

Translate Directly from CAE从CAE软件中直接转译而来

Stand alone or imported directly or export to other packages单独使用或直接导入或导出到其他软件

Intelligently Optimized智能优化

Accurate, complex, multiple models精确，复杂，多模型

Throughout Development贯穿开发过程

Analyse more, earlier分析更多，更容易

Solve your dynamic problems such as NVH (Noise, Vibration and Harshness)
for driveline dynamic and multi-physics simulation.为传动系统动力学和多物理场仿真解决动力学问题，如NVH问题

MBD Model Generation多体动力学模型生成

Generate MBD models directly from your Romax model, which you have built already for efficiency, NVH and/or durability analysis.从已经创建的分析效率、NVH和/或耐久性分析的Romax模型直接生产多体动力学模型

Discretisation to Appropriate Detail保留适当细节的离散化

Easy, automated process achieves optimal balance between complexity and accuracy for MBD models which suit your required failure mode and desired level of detail, including flexible bodies.

具有简易自动的流程来获取多体动力学模型的复杂度和精确性之间最优平衡，满足失效模式分析需求和所需细节水平，包括柔性体零件。

Open Format开放的格式：离散化模型是开放格式，用户可创建针对自己软件的转译器

Translation转译：可将模型转译成适于在MSC Adams、兼容Modelica软件、SimScape或GT-SUITE软件中进行的分析，包括多体瞬态动力学、非线性动力学、多物理场和系统工程等。