At COMSOL, we develop mathematical modeling software that drives new breakthroughs in physics and engineering — and we love what we do. Our flagship product, COMSOL Multiphysics®, is used in all fields of engineering, manufacturing, and scientific research for modeling multiphysics systems. Our customers use the software to understand, predict, innovate, and optimize product designs and processes.
How modelling can build preventative measures against the damaging effects of lightning strikes.
Lightning strikes pose a constant risk to devices that operate outdoors. The damage resulting from such events falls into two categories: direct and indirect. Direct damage affects the physical structure, while indirect damage is associated with induced electrical currents that can impair sensitive components.
To tackle direct damage, a prevalent strategy is the installation of metallic receptors in areas susceptible to lightning strikes. These receptors are connected to down conductors, designed to safely channel electrical impulses through assets and thereby minimise any potential for indirect internal damage.
In this webinar, we will showcase how we use the COMSOL Multiphysics® simulation software at Element Digital Engineering to predict these induced electrical potentials within structures. Modelling allows us to refine our protective measures against the damaging effects of lightning strikes.
As a global leader in testing, inspection and certification (TIC), Element has specialised laboratories that can simulate lightning strikes on test samples. This extensive experience in practical testing is now further elevated by the cutting-edge analytical capabilities of Element Digital Engineering. We utilise numerical analysis techniques to understand and digitally represent the physical world more accurately.
Join us to learn about fortifying outdoor devices against the challenges posed by lightning strikes.
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Image credit | Comsol
