Thermal analysis of satellites in orbit.Electrostatic discharge (ESD) simulation and prediction of lightning-induced damage to electronic components.Analysis of fuel cell performance that includes effects of fuel impurities.Simulation of acoustic streaming applications where ultrasound induces fluid motion.Flowmeter analysis that includes coupled piezoelectric, structural, acoustics, and fluid flow effects.Magnetohydrodynamics simulation with a library of liquid metals.Multidimensional interpolation and inverse uncertainty quantification.Topology optimization with manufacturing constraints for milling. Automatic simplification of imported ECAD layouts for faster meshing and solving.Version control of reports and CAD assemblies in the Model Manager."It will be very practical for battery developers interested in charge–discharge dynamics and thermal management simulations." In the AC/DC Module, functionality for rapid layout of motor windings and magnet arrays ensures a smooth workflow for electric motor design and analysis. "I am excited about our new user interface for battery packs," says Henrik Ekstrom, electrochemistry technology director at COMSOL. When assessing the operational reliability and safety of battery technology, users of the Battery Design Module will enjoy several important additions, including support for setting up thermal runaway propagation models. The functionality in this release completes the Acoustics Module simulation environment for analyzing electrovibroacoustics of microtransducers and microacoustic systems," says Mads Herring Jensen, acoustics technology manager at COMSOL.Īnalysis Tools for Vehicle ElectrificationĬOMSOL continues its commitment to providing powerful simulation tools for engineers working on the electrification of vehicles. They use our software to analyze everything from smart phone speakers to earbuds and hearing aids. "We have a large and growing community of users among leading developers of audio technology. Version 6.1 further expands the software's capabilities for modeling speakers and microphones in consumer electronics with additional functionality for thermoviscous acoustics. There is a method for assigning materials to thin structures that makes it easier to analyze gaskets, adhesive layers, and claddings. It introduces functionality for solids, shells, and membranes with full support for self-contacting surfaces. A and fast method for mechanical contact is included in the Structural Mechanics Module and the MEMS Module. This yields the accuracy of large eddy simulation (LES) with substantially less computational effort. The CFD Module now includes high-fidelity turbulent flow with detached eddy simulation (DES). This release brings major upgrades to the fluid flow and mechanical simulation products. Did Lithium Batteries Cause Crash of UPS Plane?
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