多体动力学仿真解决方案 MSC Adams 2020 x64

作为世界上使用最广泛的多体动力学（MBD）软件，Adams 可帮助工程师研究运动部件的动力学特性以及在整个机械系统内部荷载和作用力的分布情况。

多体动力学仿真解决方案 MSC Adams 2020 x64(图1)

Adams是世界上应用最广泛的多体动力学仿真软件。它允许您构建和测试功能化虚拟样机, 在您的计算机上对于复杂机械系统设计进行视觉上和数学上的全动态行为的真实模拟。
Adams提供了一个智能的求解器来计算您的机械系统模型。软件自动检查您的模型，并且自动生成和求解运动方程用于运动学、静态、准静态或动力学模拟。
利用Adams，您不必等到计算完成才开始看到仿真结果。即使您的模拟在运行，您也可以观察动画和曲线，继续完善您的设计，从而节省宝贵的时间。
对于设计优化，您可以定义变量，约束和设计目标，然后让Adams迭代自动设计，提供最佳的系统性能。

Adams/Car

在构建和测试物理样机前了解设计产品的性能并改进你的设计
分析设计变化更快，比物理样机试验需要更低的成本
不同种类的分析更快和更容易
工作在更安全的环境，不用担心因为恶劣的天气而无法测试或由于仪表故障而丢失测试数据

Adams/Machinery

高精度模拟常见的机械传动系统，如齿轮、轴承、皮带、链条、绳索、电机和凸轮
大大提高的建模效率和令人难以置信的快速建模-求解-评估过程
一个自动化、易用性向导驱动的模型创建过程
在Adams/Postprocessor中可以直观的进行结果评价

通常直到设计过程即将结束，产品制造商都要一直尽其所能地去了解真实的系统性能。在系统的整个工程过程中都要针对具体要求对机械、电子及其他子系统进行验证，但全系统的试验和验证会较晚进行，这与尽早进行这些试验相比，由此导致的返工和设计更改的风险和成本都会上升。

仿真“现实世界”物理现象

作为世界上使用最广泛的多体动力学（MBD）软件，用过ADAMS尽早进行系统级设计验证，可以提升工程效率、降低产品开发成本。工程师可评估并管理包括运动、结构、驱动和控制在内的各学科之间复杂相互作用，以便更好地优化产品设计的性能、安全性和舒适度。凭借广泛的分析能力，Adams 可充分利用高性能计算环境对大型问题进行优化。
利用多体动力学求解技术，Adams 仅用 FEA 求解所需的小部分时间便可完成非线性动力学的运行。通过更准确地评估载荷和作用力在各种运动及工作环境中的变化，Adams 仿真所计算的载荷和作用力改进了 FEA 的精度。

Adams 多学科解决方案

Adams 提供的可选模块使用户能够将机械部件、气动、液压、电子及控制系统技术集成在一起，用于构建及试验虚拟样机，从而准确地了解这些子系统之间的相互作用。

MSC Adams 2020

MSC.Software, a leading global provider of engineering simulation software and services, announced that a new version of Adams is released. Enhancements included in this release provide major performance improvements in both modeling and analysis that make it practical for customers to solve larger and more realistic multidiscipline analysis of mechanical systems.

MSC.Adams and MD Adams are the world’s most widely used and trusted solutions for real dynamics of engineered systems in automotive, aerospace, defense, medical, wind energy, packaged goods, and many other industries. Improving upon this best-in-category foundation, MSC.Software has further implemented a modernized C++ solver, improved memory utilization, and enhanced integration with finite element analysis (FEA). These enhancements have proven to deliver speed improvements of up to 95% reading results from large models, and as much as a 53% improvement in CPU performance in running analysis on these same models. Solving real multidiscipline problems using flexible bodies from FEA has shown in some cases to deliver an astonishing 700% speedup relative to the previous release.

This release features several enhancements to Adams 2020. Here are some of the key highlights and the associated user benefits.

Adams View Temporary Settings
– Temporary settings is a new capability to apply temporary settings to a single simulation run
– Using the temporary settings feature you can now experiment with model settings while maintaining an audit trail.
Adams View UDE authoring
– Adams 2020 includes user-friendly functionality that leverages the existing UDE capabilities to create repeatable sub-models
– You can now create higher order objects and include multiple instances of these objects in Adams using the GUI and without the need for additional scripting and coding
Adams Car FMU bushing
– Adams 2020 includes the ability to include external high-fidelity bushings representations in an Adams model
– You are no longer restricted to the idealized bushings representations in Adams Car
– You now have the ability to bring in external high-fidelity bushings representations as black box models that protect any proprietary information using the FMI interface
Solver Contact Performance
– Performance improvements in contact modeling especially with flex bodies
– You will see significantly more simulation throughput while running models with flex body contact

官方主页：http://www.mscsoftware.com/product/adams