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Automotive industry to gain from simulation-based engineering

Automotive industry to gain from simulation-based engineering

Growing Automotive Industry

The global automotive industry has been growing constantly. Technologies such as connected transport, smart driver experience, improved battery management systems and better fuel efficiency are reforming the automotive industry.Innovation never stops!

Automotive manufacturers are required to work in uncertain conditions with increasing complexity as a result of wide range of products available to the customer, changing technologies, increasing pressure to innovate, environmental concerns and globalization.

Simulation-based engineering

Engineers are constantly under pressure to develop products that are future-proof. Hence, it is vital to bring the right expertise together that can combine multiple engineeringdisciplinesto handle challenging applications that lead to faster production.

Simulation-based engineeringhelps develop the products in a risk-free environment. This is a faster and more cost effective way to test the products when the expectations are high and failure can be disastrous.Simulation is the key to shorteningtime tomarket as it will accelerate the workflow from design to prototype.

COMSOL Multiphysics enables automotive engineersto accurately investigate design concept to production and fully benefit from the virtual prototyping capabilities that it offers. With COMSOL Multiphysics engineers can couple electromagnetics with heat transfer, structural mechanics, fluid flow, and other physical phenomena, allowing them to accuratelysolve real world problems.

A thermoelectric cooler application is one of 50 app examples available with COMSOL Multiphysics. The user may test different geometries, thermocouple configurations, and material selection in order to determine the ideal cooler option for a specific configuration or an optimized design for best performance.

Researchers working within the automotive industry have used COMSOL Multiphysicsto study corrosion in automotive parts found in car paneling, for example. Simulation helpsresearchers investigate electrochemical reactions on the surface of the rivet, analyze decay in sheet metal, and understand the effects of geometry in the corrosion process.

Multiphysics for everyone

It’s important to support the experts who often have to serve the entire organization while covering a diverse range of simulation needs,by bringing simulation to a larger group of people. The latest version of COMSOL Multiphysics and its Application Builder provides simulation experts with the tools needed to turn their detailed physics and mathematical models into easy-to-use simulation apps for use by everyone in their organization and beyond.

Designers can easily build a simplified interface based on their model in order to let anyone in the product development team test different operating conditions and configurations. Given how competitive the automotive industry is, building simulation apps for an entire team will allow designers to maketheir expertise easily available and free up resources to develop new concepts.

In order to get the products out in the market faster, experts should be able to deploy their simulations easily that is accessible to a larger group of people. This is already a reality thanks to the addition of the Application Builder to COMSOL Multiphysics for creating simulation apps and the introduction of COMSOL Server to distribute them via a COMSOL Client or browser.

Simulation apps fuel the automotive industry that has been growing rapidly.

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