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  • COMSOL Day: Automotive

    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 […]

  • Ansys webinar: FEA Tips & Tricks for Student Teams

    This webinar aims to help student competition teams develop their design and analysis skills through practical guidance on Finite Element Analysis. Topics include mesh generation and quality, geometry simplification and CAD preparation using Discovery, material properties, boundary conditions, common FEA mistakes, and result validation techniques, providing guidance for applying FEA in engineering competition projects. For […]

  • Training Course: Introduction to COMSOL Multiphysics

    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 […]

  • COMSOL Day: Battery Design

    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 […]

  • Training: Introduction to COMSOL Multiphysics®

    This three-day online training course aims to introduce the COMSOL Multiphysics® modeling workflow, covering geometry, meshing, model setup, studies, and results visualization. It also addresses multiphysics modeling, parameterization, CAD import, and best practices. Using demonstrations, lectures, and hands-on exercises, it aims to build software familiarity for participants with engineering, physics, or science backgrounds. For registration […]

  • Webinar: Accelerating Design with Ansys Sherlock 2026 R1

    The webinar "Accelerating Reliability-Driven Design with Ansys Sherlock 2026 R1" aims to explore the latest electronics reliability updates in Sherlock. It covers the Sherlock App in Ansys Mechanical, thermal rainflow cycle counting, and Thermal-Mechanical BGA package life prediction. The session aims to provide deeper insight into reliability workflows, fatigue analysis, and reliability scoring and reporting. […]

  • NAFEMS webinar: Computational Human Body Modeling

    This webinar from the NAFEMS Impact, Shock & Crash Working Group examines computational human body modelling, shaped by finite element methods, multiscale and multicore computing, data science and AI. Through illustrative examples, it aims to explore model development, verification and validation, application-driven simulation, injury mechanisms, safety systems, protective devices, medical devices and personalized, predictive medicine. […]

  • Mathworks webinar: Neural PDE Solvers with MATLAB

    The webinar explores AI-based Neural Partial Differential Equation (PDE) solvers as surrogate models for computationally intensive CAE, CFD, and FEA simulations. It covers neural network architectures, physics-informed learning strategies, and a MATLAB workflow for building, training, testing, and visualizing surrogates. A live demonstration shows data preparation, training, and field prediction for new inputs, supporting design […]

  • Ansys webinar: Power Electronics Digital Twins

    This webinar aims to demonstrate how Saber enables virtual prototypes, or digital twins, of power electronics and motor drive systems, integrating electrical, thermal, magnetic, hydraulic, mechanical, and control domains in one environment. It covers modeling of semiconductors, motors, cooling systems, and mechanical loads, digital control validation, system-level performance, stress, and margin analysis, optimization, reliability, functional […]

  • Mathworks webinar: MATLAB Interface for Cantera

    The webinar introduces Cantera, an open-source software package for modeling chemically reacting systems, and its modern MATLAB interface. It aims to demonstrate reproducible thermochemical, kinetic, and reactor-network simulations directly within MATLAB, including integration with MATLAB analysis and visualization. The session also covers interface installation, practical chemical engineering examples, and development aspects such as testing, documentation, […]

  • Comsol webinar: Equation-Based Modeling

    The webinar aims to explain how to formulate and solve custom equations in COMSOL Multiphysics® using equation-based interfaces, independently or alongside built-in physics interfaces. It will explore coupling custom partial differential equations with physics such as structural mechanics, electromagnetics, and heat transfer, while keeping models simple yet relevant. Examples include the classical convection-diffusion equation, followed […]

  • Workshop: PCB Reliability Basics with Ansys Sherlock

    This virtual hands-on workshop aims to introduce PCB reliability analysis using Ansys Sherlock, covering ECAD import, component and stackup configuration, and life cycle analysis. Participants will explore solder fatigue, natural frequency, harmonic and random vibration studies, and cumulative damage calculations. Recent capabilities include the Sherlock App in Ansys Mechanical, thermal rainflow cycle counting, thermal-mechanical BGA […]