Noise and Vibration Simulation
Modern products can be extremely complex, involving many different components. Predicting how they will behave together is therefore not always obvious. The physical characteristics are vital in understanding how a product will operate in the real world, but there are still other factors to consider.
Noise and vibration simulation software allows developers to model how their product will perform in these vital areas. With strict health and safety legislation now in place, it is imperative to be aware of the noise characteristics of a component or product. An engine, for example, may produce so much noise that it is considered to be unsuitable for use on a public road.
The importance of noise and vibration simulation
What is more likely, however, is that the manufacturer of the engine would have to redesign it so that it made less noise or add some sound insulation to the engine compartment. The issue of noise can also be crucial for industrial processes and plants and in the aerospace industry. Noise level limits in the workplace mean that all machinery has to achieve certain performance standards with respect to noise. Using noise and vibration simulation software allows designers to model these outcomes before investing in building physical prototypes.
Noises and vibrations simulations at work
Equally important to noise is vibration. An excess of vibration can have a disastrous impact on any product or component. If not properly addressed, it could lead to the structure literally shaking itself apart and causing a major failure. The use of noise and vibration simulation software can identify areas of concern before carrying out any costly manufacturing process. A vibrating component anywhere in a complex fabrication could result in a catastrophic event so it only seems obvious to invest in simulation software. This way assurance can be made that all components are thoroughly tested.
Your partner in noises and vibrations simulation software
ESI Group has been involved in noise and vibration simulation for decades. The company was founded by a group of PhD graduates from UC Berkeley who set up their firm in Paris, France. Since then, the company has grown to become a major player in the field of virtual prototyping, with specific expertise in materials science. The company employs more than 1,000 experts worldwide and serves clients in 40 different countries.
