Simulation Software for Vehicle Chassis Design
Engineer safe, lightweight, high strength and cost-effective chassis designs through simulation.
ANSYS APPLICATIONS
Optimizing Vehicle Chassis Design Through Simulation
The vehicle chassis is the foundation for the autonomous, electric and connected future of automotive transportation and mobility. The only way to deliver the next generation of safe, lightweight, low-cost, durable, reliable and higher-performance vehicles comes through optimizing chassis design with simulation.
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Chassis Structural
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Crash and Safety
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Painting
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Brakes, Suspension, Steering
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Wheels and Tires
Chassis Structural
Combine implicit and explicit solvers with workflows for optimization, design and print additive manufacturing. This materials intelligence platform enables engineers to optimize designs, predict fatigue life and balance weight and cost against performance.
Painting
With complex configurations and optimized topologies, simulation of the painting process offers the only way to achieve uniform coating, correct draining of the body in white and minimize physical testing, material and energy consumption.
Crash and Safety
Ansys industry-standard crash and impact simulation capabilities minimize expensive physical testing through accurate prediction of damage, effects on passengers and airbag deployment verification to meet and exceed crash standards ratings.
Brakes, Suspension, Steering
Accurate simulation ensures system performance and safety levels get achieved across a range of duty cycles and dynamic loads, while addressing sound power levels and brake squeal to enhance passenger comfort.
Featured Products
CFD软件以其先进的物理模型和行业领先的分析精度而著称。
- 现代化友好交互界面
- 单窗口工作流程——前处理到后处理
- 流畅的网格划分和分析工作流程
- 高级物理模型
- 高效的网格划分和求解器HPC扩展
由Aras提供支持的Ansys Minerva是一款企业级专用仿真流程和数据管理解决方案，它通过直观、易于使用、基于网络的用户界面（适用于所有仿真工作流程）提高工程生产效率。Minerva与供应商无关，可与众多Ansys和第三方仿真及PLM软件集成。
- 访问和重复使用仿真数据
- 协调良好仿真流程管理
- HPC任务提交和数据管理
- 通过基于角色的仪表板了解项目
- 一般用户访问仿真深度信息
- 通过企业集成功能同步和交换数据
这款灵活的3D建模工具可快速为仿真准备几何模型。
- 简化CAD模型、提取流体域或简化仿真模型
- 为3D打印准备STL
- 利用扫描数据对新部件进行逆向工程处理
- 生成用于制造的金属薄板部件、夹具和固定装置
- 从零开始快速创建几何结构
- 适用于任何CAD文件
通过一套有限元分析（FEA）解决方案提供针对结构和耦合场行为的深入分析，满足广泛的结构分析需求。
- 易于使用的多功能工具
- 持久可靠的求解器技术
- 动态集成平台
使用Ansys Mechanical中集成的强大显式仿真工具。大量功能和材料模型使复杂模型具有极大的可扩展性。
- 处理高度非线性仿真
- 仿真极端变形问题
- 使用不可压缩CFD（ICFD）、电磁学（EM）和CESE/可压缩CFD和化学求解器解决多物理场问题
“Ansys Fluent software helped in analyzing the hydroplaning risk of passenger car tires by calculating the lift force on the tires.”
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