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LMS Virtual.Lab Acoustics   LMS Virtual.Lab Acoustics   LMS Virtual.Lab Acoustics
 

LMS Virtual.Lab Acoustics - Industry Applications


Automotive and Ground Vehicles

LMS Virtual.Lab Acoustics provides everything that engineers need to model, analyze and refine the quality of the interior sound of passenger cars, trucks, busses, off-highway vehicles and trains. 

Engineers can solve complete engine acoustic radiation problems starting from the design stage. Load identification based on experimental techniques or on multibody analyses provides the accuracy for any operating condition of the engine. 

Tires have a significant impact on the interior acoustic comfort and on a vehicle’s pass-by-noise. LMS Virtual.Lab Acoustics includes comprehensive noise modeling techniques for tires such as FEM, I-FEM, BEM, frequency and time domain techniques. 

Using LMS Virtual.Lab Acoustics, engineers can analyze orifice noise and shell noise caused by mechanical and acoustic loadings of light-weight components such as mufflers and intakes.

Aerospace

LMS Virtual.Lab Acoustics accurately predicts the acoustics of an aircraft interior taking both structure borne and airborne transmission paths into account. Virtual.Lab Acoustics helps aircraft engine manufacturers in reducing the noise emitted by the engine to comply with ever-stringent government regulations and to increase passenger’s comfort. Aero-acoustics capabilities tackle flow-induced noise generated around the jet engine or noise generated on fan blades. Random acoustics technologies make it possible to calculate the structural behavior of the fuselage due to a random pressure field acting on its surface.

Industrial machinery

Noise levels become of general concern on the workfloor. Government regulations are put in place to make sure workers are not exposed to unacceptable noise levels. LMS Virtual.Lab Acoustics helps engineers control the noise levels of mechanical systems such as compressors, pumps, electrical transformers and other industrial products.

Consumer and business electronics

Consumer goods manufacturers use LMS Virtual.Lab Acoustics to minimize the noise levels of products such as refrigerators, dishwashers, washing machines, microwave ovens or drills. Manufacturers of loudspeakers or mobile phones apply Virtual.Lab Acoustics to optimize the sound quality of their designs.
 
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