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LMS Virtual.Lab Motion - Industry Applications


Automotive and Ground Transportation

LMS Virtual.Lab Motion offers vehicle engineering teams a dedicated environment to efficiently model, test and refine suspensions, powertrain systems, body parts, interior systems and other complex vehicle mechanisms. From the early concept stages on, engineers can tune and optimize suspensions to meet ride and handling targets, analyze the dynamic behavior of new engine designs, and predict component and system loads for fatigue or noise and vibration assessments. LMS Virtual.Lab Motion also simulates the dynamic performance of agricultural, construction and all-terrain vehicles under hazardous working conditions. It optimizes driver comfort and determines safety limits without putting people or equipment at risk.

Aerospace

From initial sketches of control surfaces, over complete modeling and simulation of wing flaps and slats, landing gear, or door systems, up to advanced full-aircraft landing simulations, etc. LMS Virtual.Lab Motion enables aviation engineers to meet strict functional specifications, ensuring safety, reliability and stability. LMS Virtual.Lab Motion also evaluates the dynamic behavior of space assemblies, such as launchers and satellites, under a wide range of extreme operating conditions.

Industrial machinery

Offering the best return on investment is what matters for manufacturers of industrial equipment, such as weaving machines, packaging machines, elevators, cranes and robots. Higher speeds, more accurate movements and increased operational reliability can be realized through simulations in LMS Virtual.Lab Motion. For hammer drills, disk saws and other power tools, simulation delivers crucial engineering insights in terms of component loads, vibrations and product reliability.

Consumer and business electronics

Dynamic simulations of rotational mechanisms with high-precision mechanics enhance the operational reliability of faxes and printers, CD players, hard disk drives and high-speed DVD drives. LMS Virtual.Lab Motion also helps engineers to control the dynamics and to further reduce operational noise and vibrations of white goods, despite ever-increasing rotating speeds.
 
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