Multibody System Dynamics & Motion Simulation
Analyse the Motion of Complex Mechanical Systems Under the Application of Mechanical Forces
Complex Product Motion Analysis
SIMULIA Multibody Systems and motion simulation allow engineering teams to develop complex mechanical and mechatronics products by providing an in-depth analysis of how engineering mechanisms move and how their parts interact together.
The multibody system technology of SIMULIA allows our customers to understand the movements of complex systems such as cars, trucks, rail vehicles, wind turbines, gearboxes, internal combustion engines, and electric motors.
SIMULIA Multibody Dynamics Simulation Key Benefits
Optimized Design
With multibody dynamics simulation, engineers can evaluate different product and component configurations and decide for the best configuration for best performance, efficiency and reliability
Improved Performance
Multibody dynamics allows for fine-tuning of the performance of mechanical products in various aspects such as increasing the speed of operation of a machine or optimizing the motion of vehicle suspension to get a better vehicle behavior
Improved Safety
The simulation of mechanical products in different scenarios helps identify potential safety hazards and risks. With multibody simulation, Engineers can design safety features and mechanisms to mitigate these risks
Sustainability
Multibody and motion simulation contribute to developing more efficient machines and systems that consume less energy and minimize material waste
Reduced Development Cost and Time to Market
Multibody simulation play a key role in reducing the cost of development as it helps product developers to identify and rectify faulty design. Also by accelerating the development cycle, it enables company to bring product to the market more quickly
Realistic Immersive Product Evaluation and training
Using of real time multibody dynamics, customer can experience their products in various kind of simulators such as driving simulators.
Improved Customer Experience
Multibody simulation contributes to improve key attributes for customer such as product comfort or product operations
Discover the Subdiscipline and SIMULIA Multibody System Dynamics & Motion Simulation Software
Understanding and Optimizing Rail-Guided Systems
Multibody System Simulation Software
SIMULIA Multibody Dynamics Software on 3DEXPERIENCE Platform
SIMULIA Multibody Dynamics software products are packaged as Roles on the 3DEXPERIENCE platform to get you up to speed faster and work more efficiently with all needed applications available at your fingertips. Select a package that corresponds to your role in an organization.
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Explore the technological advancements, innovative methodologies, and evolving industry demands that are reshaping the world of Multibody Dynamics. Stay a step ahead with SIMULIA. Discover now.
FAQs About Multibody System Dynamics
Multibody dynamics is the science of studying the motion of complex mechanical systems under the application of mechanical forces.
Multibody Dynamics simulation software allows engineers to study and investigate the mechanical and mechatronic systems' kinematic and dynamic motion. Simulation enables them to generate and solve virtual 3D models to predict and visualize motion, coupling forces and stresses.
With multibody dynamics simulation, engineers can:
- Make informed decisions for quick design changes and study subsystems and complete systems.
- Reduce the number of prototypes.
- Avoid costly last-minute changes.
- Accelerate time-to-market.
Multibody dynamics is used throughout the design cycle from initial concept to final detailed design. Any scenario where a system relies on the mechanical interaction of multiple moving parts is potentially a good application for multibody dynamics simulation for analysis and optimization.
Common examples of systems that are designed and analyzed with multibody dynamics simulation include:
- automotive drivetrains,
- suspension,
- engines,
- aircraft subsystems,
- rail vehicles,
- wind turbines,
- and human-machine interactions.
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