Category - Multibody Dynamics


About Martian Rovers, earthling explorers, simulation software, Deepak Chopra and more

New-age guru Deepak Chopra (yes, I devour a copious amount of self-help content) once said, “When you make a choice, you change the future.” In the Fall of 2013, a group of scientists huddled around a conference table in sunny Pasadena made a choice. They chose to seek, they chose to explore and they chose …


Adams and ODYSSEE AI/ML/ROM Technology

Rapidly evaluate vehicle performance and make smarter decisions early in the vehicle design process Machine Learning applications are having a profound impact on traditional timelines associated with creating predictive models during the CAE led design process. In this webinar, we will present case studies and machine learning applications that are changing the way we run …


Real Time Simulations Using Adams

When it comes to validating and refining Hardware in the Loop (HiL) or Driver in the Loop (DiL) test systems, early in the development process, real-time simulation is an essential part of the process. Real-time simulations provide an opportunity to connect physical components and virtual models in a virtual test environment. High performance computing and …


Rapid Design Space Exploration Made Possible

New Fast Solving Flexible Body Method in Adams 2019 Multibody dynamics (MBD) simulations with Adams are used by engineers to study the dynamic behavior of mechanical systems across all industries. From simple linkages systems to full vehicle system dynamics models, Adams helps minimize the need for expensive physical prototyping and testing by utilizing accurate simulation …


Generating Flexible Bodies in Adams View Environment

When dealing with multibody systems, it is common to use rigid body dynamics. However, introducing flexibility in the system can help better capture the system frequencies and thus make precise predictions possible. The Adams ViewFlex toolkit offers a quick method to generate flexibility bodies (or MNF files) in the system, especially for parts with simpler …


DOE and Optimization Techniques for Structural and Multibody Analysis of a Suspension System

Achieving competitive drivability, ride comfort, and safety are challenging tasks when designing a suspension system. OEMs seek solutions to simulate and optimize the dynamic and structural behavior of a car in order to perfect handling, steering and ride quality. We teamed up with ESTECO to demonstrate how to integrate solutions to provide you with techniques to validate …

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