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Modeling Electromigration in COMSOL Multiphysics®
Computers, smartphones, and other devices rely on integrated circuits. Over time, an interconnect can experience damage due to electromigration. Explore how to model this phenomenon here.
Understanding Different Types of Interaction Curves
What would be the effect if you combine 2 or more independent sources? In this blog post, we introduce interaction curves and discuss how they can be used to help answer this question.
The Science Behind Preserving Museum Ships
Managing corrosion and decay are just 2 of the challenges associated with preserving historic vessels. Learn about the approaches that are being used to help keep these ships true to their best-known design.
Modeling and Simulation Predictions for 2025
What will 2025 bring in terms of modeling and simulation? Read 3 of our predictions in this blog post.
Solving Delay Differential Equations to Model…Marmots?
As of COMSOL Multiphysics® version 6.3, it’s possible to model delay differential equations. Explore this functionality in the context of a whimsical example.
Modeling Drag Reduction Systems for Motorsports Using CFD
Explore how to build a simple model of a drag reduction system (DRS) flap similar to that of the ones found in race cars.
How to Test Numerical Material Models in COMSOL Multiphysics®
Understanding the physical behavior of a material can be achieved with material models. Get an in-depth introduction to testing material models in COMSOL Multiphysics® here.
How to Model Periodicity in Microfluidic Systems
By modeling periodicity in a microfluidic device with serpentine channels, you can determine the required channel length that will ensure good mixing of the chemical species.