Motion

LMS Virtual.Lab Motion contains all required basic capabilities for a realistic multibody simulation, including modeling, solving and analysis. LMS Virtual.Lab Motion offers capabilities extensions like parallel and batch solver for departments that need more solver resources than pre/post ones.

LMS Virtual.Lab Standard Motion is a complete and integrated solution to simulate realistic motion and mechanical system loads. It permits engineers to quickly analyze and optimize the real-world mechanical design behavior and guarantee that it performs as expected before committing to expensive physical prototype testing. LMS Virtual.Lab Standard Motion allows users to model, simulate and analyze results of any rigid multibody mechanical system. Mechanical elements include an extensive list of joint and constraint features and an extensive library for force elements modeling including stiffness, damping, friction or contact forces (including CAD contact). The stable and high-performance solver guarantees accurate and efficient handling of even the most complex dynamic problems. The results include displacement, velocity, acceleration, and all reactive forces and torques for all bodies in the simulation. The solution also allows users to improve the dynamic behavior performance and to predict component and system loads for use in structural analysis, noise and vibration simulation, fatigue life prediction and other fields within a seamless environment.

LMS Virtual.Lab Standard Motion provides leading-edge technology in solid modeling, parameterization, CAD geometry, flexible body features, control and hydraulic capabilities, solver performance, and post-processing capabilities like animation and graphing. It uniquely integrates all required functionalities into a single, user-friendly

desktop environment, eliminating the need for multiple solutions and time-consuming data transfers. Users can quickly create and refine fully parameterized virtual prototype models of mechanical systems using a fully integrated CAD engine based on CATIA V5.

Dedicated post-processing help engineers easily identify and effectively solve the root causes of an engineering problem allowing team members to step into the design and make relevant critical decisions.

Covering a range of industries, LMS application cases let you discover how LMS solutions help our customers solve their real-life engineering challenges.