Interfacing Blog Posts
Modeling a Solid-State Battery Cell in COMSOL Multiphysics®
Solid-state batteries offer advantages over lithium-ion batteries, making them promising technology for electric vehicles. Simulation can help battery developers investigate design challenges.
Lidar for Autonomous Vehicles and Vacuum Cleaners
In the future, will self-driving cars be commonplace? Explore how ray tracing can be used to study the technology that enables them to be aware of their surroundings.
Modeling an Acoustic Trap: Thermoacoustic Streaming and Particle Tracing
Acoustic traps are used in a range of biomedical applications for manipulating cells and particles. See how an acoustic trap can be simulated in COMSOL Multiphysics® here.
Preconditioning of Surface-Mount Devices for Reliability Testing
Explore how modeling and simulation can be used to analyze the thermal stress and hygroscopic swelling of a surface-mount device through the 3 preconditioning stages.
Validating Transonic Flow Results with the ONERA-M6 Wing Model
When using simulation software, your models’ results should accurately reflect the real-world phenomena you are simulating. 1 way to check this is by using a validation model.
Combining Volumetric Conductor Models and Lumped Elements
With the AC/DC Module, it is possible to connect a full-fidelity volumetric conductor model to a lumped circuit element model. Learn how here.
A Practical Implementation of Multiphysics Topology Optimization
A guest blogger from GN Audio A/S introduces a multiphysics topology framework developed with the COMSOL Application Programming Interface and LiveLink™ for MATLAB®.
Modeling Graphene in High-Frequency Electromagnetics
Graphene exhibits a variety of interesting properties, including high elasticity and mechanical strength. In this blog post, we’ll explore how to model graphene in an electromagnetic simulation.