Image Gallery

Welcome to the COMSOL Image Gallery. The simulation images on this page are available for editors and journalists to use in appropriate articles. The phrase "Image made using COMSOL Multiphysics® software and provided courtesy of COMSOL." must appear in the vicinity of every image or at the bottom of the article.

For all other uses you must contact COMSOL directly through www.comsol.com/contact/
or by writing to .

COMSOL Version 5.2a

	Transfer Impedance of a Perforate Thermoviscous acoustics simulation solved with the domain decomposition solver. Local acceleration, total acoustic pressure, and total thermo-viscous power dissipation density are shown. This COMSOL® model is used to design microphones and speakers used in consumer products, such as, smartphones, tablets, and laptops. It consists of 2.5 million degrees of freedom and required 14 GB of RAM to solve. Previously 120 GB were needed using a direct solver. COMSOL_Multiphysics_52a_Transfer_Impedance_Perforate.png - 1.0 MB
	Inline Induction Heater Simulation App This app example shipped with the Application Libraries included in COMSOL Multiphysics® and COMSOL Server™, can be used for the design of a magnetic induction device used for food processing. COMSOL_52a_Inline_Induction_Heater_App.png - 222 KB
	COMSOL Server 5.2a Administrators can customize the visual theme of the COMSOL Server™ web interface. Colors, logos, and log in screen can be customized and HTML code added for branding purposes. COMSOL_Server_52a.png - 246 KB
	Ultrasound Flow Meter COMSOL® numerical simulation of a wetted transient time-of-flight ultrasound flow meter. Ultrasound signal propagating in the device is shown at different time steps. The steady-state background flow in the flow meter is computed first. The Convected Wave Equation, Time Explicit physics interface is then used to model the ultrasound signal propagating in the device. The interface is based on the discontinuous Galerkin method (DG). COMSOL_Multiphysics_52a_Ultrasound_Flow_Meter.png - 1.9 MB
	Tetrahedral and Swept Mesh of a Gas Turbine The latest version of COMSOL® software provides up to a 10x speedup for the handling of large models and mesh creation. A combination of a tetrahedral and swept mesh of a gas turbine is shown. COMSOL_turbine_swept_mesh.png - 1.2 MB
	Bike Frame Analyzer This app created with COMSOL Multiphysics® software allows the user to evaluate the structural stress in a bike frame for varying dimensions, materials, and loading conditions. COMSOL_bike_frame_analyzer_simulation_app.png - 209 KB
	Rotordynamics Analysis Pressure distribution in the lubricant of the bearings (rainbow color plot), von Mises stress (blue color plot), and displacement of the bearings (orbit plot) resulting from a rotordynamics analysis. COMSOL_reciprocating_engine_Rotordynamics_Module.png - 509 KB