Image Gallery

Editors may feel free to use these images in any appropriate article; the only stipulation is that appropriate credit be given (for example: "Image courtesy of COMSOL, Inc.). Others interested in using the images can get permission to publish them by writing a short request to explaining the intended use.

Available Images

• Plasma Module
• Chemical Reaction Engineering Module
• COMSOL Multiphysics 4.0 Images
• COMSOL Multiphysics 3.5a Images
• COMSOL Multiphysics 3.4 Images
• COMSOL Multiphysics 3.3a Images

COMSOL Multiphysics 3.3a Images

	SolidWorks Live Connection A bidirectional link between a CAD geometry in SolidWorks (left) and the corresponding simulation in COMSOL Multiphysics (right) allows users to quickly examine the effects of changes to the geometry, which they can steer from either environment. cmph_sw_rim.tif - 756 KB cmph_sw_rim.jpg - 418 KB
	COMSOL Conference 2007 COMSOL Conference 2007 logo cc07logo.tif - 112 KB
	An oil bubble rising through water Modeling heterogeneous two-phase flow is now easily done in COMSOL's Two Phase Flow modeling interfaces, available in the Chemical Engineering and MEMS Modules. The modeling a technique is based on the Level Set Method. two_phase_flow_6.tif - 3.0 MB
	COMSOL's Material Library The Material Library contains property functions for over 2500 materials. Users can easily find the desired material with a flexible search feature that lets them look for materials by name, UNS (Unified Numbering System) number, or DIN (German Institute for Standardization) number. wheel_rim_dialog.tif - 3.2 MB
	COMSOL News COMSOL News front cover comsolnews.tif - 7.7 MB
	An oil bubble rising through water Modeling heterogeneous two-phase flow is now easily done in COMSOL's Two Phase Flow modeling interfaces, available in the Chemical Engineering and MEMS Modules. The modeling a technique is based on the Level Set Method. two_phase_flow_3.tif - 9.0 MB
	Pressure ignition This simulation is from a diesel engine where the internal-combustion reaction is ignited through high pressure as opposed to a spark. To model such systems, the COMSOL Reaction Engineering Lab™ can import data describing chemical kinetics, thermodynamics, and transport properties in the CHEMKIN file format. pressure_ignition.tif - 4.7 MB
	Vista desktop This model, running under Microsoft’s Vista operating system, shows the deformation in a wheel rim. Vista_desktop.tif - 1.4 MB
	Material library with background The Material Library contains property functions for over 2500 materials. Users can easily find the desired material with a flexible search feature that lets them look for materials by name, UNS (Unified Numbering System) number, or DIN (German Institute for Standardization) number. The model here shows the deformation of a wheel rim. material_library_background.tif - 5.5 MB
	Material library without background The Material Library contains property functions for over 2500 materials. Users can easily find the desired material with a flexible search feature that lets them look for materials by name, UNS (Unified Numbering System) number, or DIN (German Institute for Standardization) number. The model here shows the deformation of a wheel rim. material_library.tif - 4.0 MB
	Pressure ignition with background This simulation is from a diesel engine where the internal-combustion reaction is ignited through high pressure as opposed to a spark. To model such systems, the COMSOL Reaction Engineering Lab™ can import data describing chemical kinetics, thermodynamics, and transport properties in the CHEMKIN file format. pressure_ignition_background.tif - 7.7 MB
	Defeaturing parts of the connecting rod to a piston In the connecting rod in the top image, an engineer would like to model properties that are not affected by the grooves and hole on one of the faces. The CAD Import Module can defeature these and also save computational memory by reducing the mesh size (bottom image). defeaturing_screen_A.tif - 2.6 MB