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Tag: tribe_events
35 events found.
Simulation
Events
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See what is possible with multiphysics modeling The transition to renewable energy sources is essential for the sustainable development of modern energy systems. To reach this goal, the components used for solar energy, wind power, energy storage, and electric grid systems must first be optimized. Organizations working on renewable energy system components — such as electric motors, generators, batteries, fuel cells, electrolyzers, and cables — increasingly rely on modeling and simulation for analysis and optimization. This COMSOL Day will showcase how multiphysics simulation is powering the next generation of renewable energy technologies through insights from industry leaders and technical presentations. 
Contamination Control with ISO 14644 The ISO 14644-4:2022 claims that “the amount of air required for a particular cleanroom is not dependent on the volume of the room, but rather on the nature of the activities within the room and the design of the air distribution system” and suggests that “Computational fluid dynamics (CFD) is a suitable tool for predicting the effectiveness of different cleanroom designs”. This webinar will review some limitations of the ACH evaluation and explain how AI and engineering simulation could nicely COMPLEMENT traditional methods. The suitability and validation of computational models by using the ASME VVUQ40 will be explained before unveiling the promise of clean rooms digital twin. |
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How Cummins Navigated the Shift In this ASSESS Democratization webinar, you’ll get an insight into Cummins’ journey towards enterprise-wide engineering simulation democratization. Jeffrey D. Jones (Director of Corporate Structural & Dynamic Analysis) will walk through the specific hurdles they faced and the practical strategies that allowed them to scale simulation effectively across the enterprise. |
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Join the PathFinder-SC webinar to learn about early pre-LVS ESD checks, cloud-native designs, and layout-based debugging to accelerate signoff and enhance design reliability. What Attendees Will Learn: Cell-based modeling of clamps from GDS/OASIS and/or P&R tool DEF/LEF Overview of static ESD simulation checks handled by PathFinder-SC for fullchip, interposer and multi-die designs Performance overview and future road map sharing Debug and diagnostic capabilities |
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As the demand for MEMS components continues to grow in applications such as smartphones, vehicles, navigation systems, and healthcare monitoring, engineers must account for complex microscale interactions between electrostatic, mechanical, piezoelectric, and electrothermal effects, as well as fluid–structure interaction. Achieving accurate representations of these interactions requires multiphysics simulation and an integrated platform to speed up the product development cycle. Join this live webinar to learn how the COMSOL Multiphysics software can be used to model MEMS devices. The webinar will show the built-in features and functionality available in the software through example models. The webinar will include an introduction to the software’s capabilities and a few demonstrations.
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OCV curves are one of the most fundamental components of battery modelling. They capture the true electrochemical behaviour of a cell at rest and form the baseline for accurate SOC estimation, thermal modelling, ageing prediction, and safety analysis. This webinar aims to break down how OCV curves are measured, what they reveal about battery chemistry, and why they are essential inputs for our hybrid Physics+ML approach. Whether you’re designing next-generation EV batteries, calibrating digital twins, or optimising fleet performance, understanding OCV behaviour is critical to achieving high-fidelity simulations and faster model development cycles. |
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