Adams/Controls
Easy integration of mechanical system simulation and control system design
Highlights
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Build complex mechanical system models without writing equations
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Visualize simulation results with animation and strip-charts
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Model full nonlinear effects including flexibility and collisions
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Modify parametrically defined geometry and physical properties
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Integrate seamlessly with Simulink models
Description
Adams/Controls help control system developers eliminate the need to write complex equations of motion for mechanical plants. The software enables users to graphically model mechanical systems, containing a variety of constraints and force types as well as parts of arbitrary shape, then directly integrate their Simulink - developed control system models within these mechanical system designs. Users can then simulate their systems' full-motion behavior from within the Simulink environment and visualize the results using animations and plotting.
The Adams suite of tools allows virtual prototyping and virtual testing -- the ability to build and test your complex products in the computer before committing to expensive and time-consuming physical prototyping and testing. Employing an interactive graphical environment and libraries of components, joints, and forces, Adams enables engineers to parametrically model 3-D mechanical systems and study alternative designs as "virtual prototypes" by simulating and comparing realistic motion behavior.

MSC Software Corporation
4675 MacArthur Court
Newport Beach, California 92660
UNITED STATES
Tel: 714-540-8900
http://www.mscsoftware.com
Required Products
Platforms
- Linux
- Windows
Support
- On-site assistance
- System integration
- Telephone
- Training
Product Type
- Modeling and Simulation Tools
Tasks
- Control Systems
- System Modeling and Simulation
- Vibration Analysis and Control
- Heavy machinery
Industries
- Automotive
- Instrumentation and Test
Related Connections Views: Automotive, Control Systems, Instrumentation and Test, Modeling and Simulation Tools, System Modeling and Simulation, Vibration Analysis and Control