Tag: tribe_events
Multiphysics
Events
Calendar of Events
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This COMSOL Day aims to explore how multiphysics simulation can be applied to automotive engineering challenges, covering cabin acoustics, battery performance, power electronics, and electric powertrains. The event also addresses how established simulation workflows can be extended through specialized applications and connected to operational data via digital twins. Sessions aim to combine technical presentations with […] |
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The webinar "Accelerating Next-Generation Battery Innovation with Materials Simulation" aims to explore how atomistic materials simulation supports the discovery and optimization of next-gen battery materials for denser, safer batteries in industrial applications. Discussion will cover material properties, transport, electrochemical stability, degradation mechanisms, and SEI formation, along with simulation strategies for solid-state, lithium-metal, lithium-sulfur, and alternative-ion […] |
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The webinar, "Computational Modeling of Industrial Burner-Furnace Assembly," explores the use of three-dimensional computational simulations to analyze an industrial regenerative burner-furnace assembly. It aims to cover the modeling of combustion, fluid flow, heat transfer, and radiation, while examining key considerations in industrial-scale simulations, including thermal boundary conditions, NOx prediction, radiation modeling, and computational efficiency. For […] |
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This webinar aims to provide an overview of design optimization using computational modeling, covering parameter, shape, and topology optimization. It will discuss available optimization solvers in COMSOL Multiphysics and how they can support different engineering design objectives. A demonstration will also illustrate how to set up and run a design optimization problem. For registration click […] |
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This online training course aims to introduce participants to the COMSOL Multiphysics modeling workflow, covering geometry creation, meshing, model setup, solution techniques, multiphysics coupling, error identification, and results visualization. It combines theoretical and practical lectures with guided exercises, while also addressing finite element methods, time-dependent problems, adaptive meshes, parameters, variables, and modeling best practices. For […] |
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This event aims to examine how multiphysics simulation in the COMSOL Multiphysics® software supports battery design across performance, lifetime, safety, and cost considerations. Sessions cover electrochemical reactions, ion and electron transport, heat generation, fluid flow, and structural degradation, along with graphite electrode modeling, the Battery Design Module, capacity fade, and thermal management. The event also […] |
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