Automotive

Evolving consumer demands for form, function, and sustainability are a driving force for innovation in the automotive sector. Industry leaders turn to multiphysics simulation to build models that accurately represent the real world, and ultimately develop better end products, faster.

Browse content related to powering vehicles, developing auto body parts, and optimizing passenger comfort to see how the COMSOL Multiphysics® software is used in the automotive industry.

Model
Loudspeaker Driver
Model
Ladder Frame for a Light Truck
Video
Porsche Optimizes Operating Strategies and Development of Automotive Cells
Blog Post
Optimizing Composite Wheel Rim Designs
Model
Failure Prediction in a Layered Shell
White Paper
Modeling the Lithium-Ion Battery
Blog Post
Modeling Drag Reduction Systems for Motorsports Using CFD
Model
Prismatic Battery Cooling
White Paper
Battery Modeling
Blog Post
How to Define Load Cycles in Battery Models
White Paper
Modeling and Simulation in Fuel Cell Development
User Presentation
Using Surrogate Models to Predict the Transmission Efficiency of an ERS
Video
Nissan Discusses Automotive Audio in the Digital Age
Video
Keynote: Optimum Electromagnetic and Thermal Design of DC-Link Capacitors
User Presentation
Determining the Optimal Car Seat Foam Density Using Multiscale Modeling
Video
Keynote: Predicting Corrosion with Machine Learning and Simulation
Model
Wheel Rim Fatigue Analysis
Model
Engine Coolant Properties
User Presentation
Veryst Engineering Simulates Battery Cells and Packs for EVs
Blog Post
Stress Minimization: Heuristic Approach for Improving Fatigue Behavior
Model
LIDAR
User Presentation
Novel Method for Predicting Lifetime Degradation of Battery Packs Using Surrogate Models
Model
Hyperelastic Seal
Blog Post
4 Examples of Fuel Cell Modeling in COMSOL Multiphysics®
Video
Look Inside the Battery with COMSOL Multiphysics®
Model
Car Windshield Antenna Effect on a Cable Harness
Article
Bosch Powers the Automotive Sector Toward an Electrified Future
Model
Ultrasonic Car Parking Sensor
Article
Toyota Research Institute of North America Puts Hydrogen Fuel Cell Development in High Gear
Article
Mahindra & Mahindra Advances Automotive Product Development with Simulation Apps
Model
Heat Generation in a Disc Brake
Article
Simulation Apps Help Shape the Design of Car Audio Systems at HARMAN
Model
Analysis of NOx and Ammonia Conversion Kinetics in a Dual-Bed Plug-Flow Reactor
Model
Modeling Vibration and Noise in a Gearbox
Article
Simulation Apps Streamline the Development of EV Motors at VW Kassel
Model
Electric Motor Noise: Permanent Magnet Synchronous Motor
Model
Electric Machinery
Article
Mahindra & Mahindra Optimizes Passenger Vehicle Design with Simulation Apps
Model
Gear Shifting in a Sequential Gearbox
Model
Car Cabin Acoustics
Blog Post
Improving Tabbing Design in Cylindrical Batteries
Model
Diesel Particulate Filter
Model
Test Bench Car Interior
Article
Lightweighting with Aluminum: Corrosion Apps Guide Leading Design at NRC
Article
Fuel Cells Poised to Replace India's Diesel Generators
Model
Electrocoating of a Car Door
Blog Post
Wind Load on a Sports Car’s Door and Side Mirror
Model
Muffler with Perforates
Model
Snap Hook
Article
Innovative Motor Designs for Electric Cars Come to Life at Faraday Future
Model
Automotive Muffler
Model
3D Electrochemical and Thermal Analysis of a Prismatic Lithium Battery
Model
Battery Test Cycle App Using Machine Learning
Blog Post
What Is the Best Way to Analyze Fuel Tank Vibration?
Model
Aging Analysis of a Lumped Battery Model
Model
1D Isothermal Sodium-Ion Battery
Blog Post
How to Predict the Fatigue Life of Welds
Model
Copper Current Collector Dissolution
Model
Fuel Cell Stack Cooling
Blog Post
Analyzing the Liquid Cooling of a Li-Ion Battery Pack
Model
Curing in Automotive Rubber
Model
Nonisothermal PEM Fuel Cell
Blog Post
Evaluating the Electrode Utilization of a Lithium-Ion Battery Pouch Cell
Model
Low-Temperature PEM Fuel Cell with Serpentine Flow Field
Model
Rubber Injection Molding
Blog Post
How to Create Outstanding Sound Performance in Vehicles
Model
Atmospheric Corrosion of a Busbar
Model
High-Temperature PEM Fuel Cell

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Product Spotlight

It all starts with COMSOL Multiphysics®, the platform product for creating physics-based models and simulation apps. From there, you can add as many specialized modules and interfacing products as needed — they all connect seamlessly via the platform for a consistent modeling workflow regardless of what you are modeling.

Here are some suggested products to add to COMSOL Multiphysics® for modeling automotive components, audio, and fuel supplies:

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Flexible License Options

COMSOL offers a variety of license types to meet the needs of different types of organizations and teams.

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