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  • Webinar by Ansys: CFD Tips and Tricks for Students

    Computational Fluid Dynamics (CFD) is the science of using computers to predict liquid and gas flows based on the governing equations of conservation of mass, momentum and energy. Through CFD, we can analyze, understand and predict the fluids that make up nearly every part of our world. Thus, it is of utmost importance for nearly every graduate from Mechanical or Aerospace engineering to have a basic understanding of CFD simulations and how it works. This webinar will discuss basics of simulations, governing equations and their discretization techniques, meshing and associated best practices, setting up appropriate boundary conditions and the tips and tricks for reducing computational time and finally some aspects of post processing including flow visualization.

  • NAFEMS Online Training Course: Fundamentals of AI/ML for Simulation Engineers

    This intensive two-day training course is designed to equip simulation engineers with a good understanding and practical skills in applying Artificial Intelligence (AI) in their field. It is designed to be software-agnostic, prioritizing methodologies, and techniques that engineers can apply across various computational platforms. The course consists of two parts: The first part is an interactive lecture, which introduces the theory and mathematical background behind artificial intelligence. The second part of the course are hands-on exercises, where participants will learn how to create their own Deep Learning models.

  • Webinar by COMSOL: The Basics of COMSOL® in 18 Minutes

    If you want to learn the basics of multiphysics simulation software in a short amount of time, then this 18-minute webinar may be for you. Multiphysics simulation brings you a great design advantage: the ability to account for all of the physics that affect the behavior you are trying to predict. Highlights of the webinar: Learn about multiphysics modeling Get a live demo in the COMSOL Multiphysics® software of how to set up and solve a model See how you can turn a multiphysics model into a simulation application that anyone can run For registration click here..

  • Convergent Science Webinar: Supporting the Adoption of the Hydrogen Ecosystem With CONVERGE

    Hydrogen has gained significant interest in recent years as an alternative fuel to help reduce carbon emissions from the transportation and energy sectors. However, hydrogen’s high diffusivity, lower volumetric density, very low condensation temperature, wide flammability range, and low ignition energy present a number of challenges for designing the infrastructure required to support a more widespread adoption of hydrogen. This webinar, will discuss how CONVERGE CFD can help address challenges related to hydrogen storage, transport, and safety to facilitate the use of hydrogen around the globe. Webinar will cover the models and features CONVERGE offers for accurate hydrogen simulations, including autonomous and adaptive meshing, advanced numerical schemes, detailed chemistry, and robust models for conjugate heat transfer, multi-phase flows, and fluid-structure interaction. For registration click here..

  • Ansys Webinar: Democratizing Simulation and AI-Powered Apps for SPDM and PIDO – Episode 2

    Join the second episode on Ansys optiSLang & Minerva, focusing on AI Training Data Generation, Management, and Reuse with SPDM, PIDO & HPC. What Attendees Will Learn Integrating trained AI models into Ansys optiSLang workflows for prediction Creating simulation-based apps with customizable UI elements Publishing apps via Ansys Minerva with permission management and revision control Enabling non-experts to run simulation apps with simplified interfaces Tracking app usage, data access, and version history using Ansys Minerva’s traceability features For registration click here..

  • oorja Webinar: Virtual Battery SIL Integration: Fault Injection, Diagnostics, and System Behaviour

    Battery faults are rare, unpredictable, and difficult to test safely—yet they are the very scenarios that define the robustness of an EV or energy storage system. In this webinar, oorja unveils a breakthrough capability: a virtual battery that lives inside your SIL environment, allowing controlled, repeatable fault injection without risking hardware or safety. This digital twin behaves like a real battery pack, with chemistry-specific behavior, thermal behavior, degradation, and more. OEMs, pack manufacturers, and cell developers can now introduce faults at will, observe system-level responses, and fine-tune diagnostic, BMS, and safety algorithms with unprecedented precision. Think of it as placing a faulty battery pack inside an EV—but doing it entirely virtually. For registration click here..

  • CPFD: Barracuda Virtual Reactor Web-based Training

    This is an online training program covering the use of Barracuda Virtual Reactor simulation software. By the end of the course, you can expect having a working understanding of how to use Virtual Reactor™ software, including project setup, operating the solver, and post-processing using Tecplot for Barracuda. For registration click here..  

  • Ansys Webinar: From System Architecture to Digital Twin: Accelerate Robotics with MBSE

    Robots are increasingly essential in various industries. This webinar will cover using a Model-Based Systems Engineering approach for creating requirements and architecture in robotics. What Attendees Will Learn: Bridge system architecture to system-level simulation Perform system-level simulation with integrated reduced-order models, 0D/1D components, and control systems Define, design, and test embedded software while conducting safety and cybersecurity analyses Generate a digital twin and deploy it on the cloud, at the edge, or within NVIDIA Omniverse For registration click here..

  • Mathworks Webinar: Bridging MBSE and Mission Engineering with MATLAB & Simulink

    Mission engineering is evolving to become a more analytical and data-driven approach to break down and evaluate increasingly complex missions. Closing mission gaps requires stakeholders across government and industry to effectively collaborate, and Model-Based Systems Engineering (MBSE) can provide  a common framework for the underlying architecture composition, simulation, analysis, and design needs. The MathWorks toolchain can provide an integration platform or complement existing solutions to bridge the gap between mission modeling and MBSE. Join the webinar to explore: Leveraging mission engineering and simulation for requirements development and trade space exploration Orchestrating mission simulations through activity diagrams Modeling RF systems at multiple levels of fidelity Scenario visualization with Unreal and Cesium For registration click here..

  • SmartUQ Webinar: Modern Design of Experiments, Machine Learning, and Calibration for COMSOL Simulation and Digital Twins

    Getting the most out of COMSOL simulations requires efficient use of the available simulation budget as well as validating that the simulation produces results that agree with reality. This webinar will discuss the role design of experiments, predictive machine learning models (aka surrogate models), and machine learning tools such as statistical calibration play in calibrating COMSOL simulations to physical data, validating their accuracy, and maximizing the knowledge gained from their use. For registration click here..

  • Webinar: Modeling Photonic Crystals in COMSOL Multiphysics

    Photonic crystals have a wide range of applications in light propagation as optical metamaterials with the ability to guide and filter light. Using them in the design of devices requires an understanding of how their structure interacts with light and optimizing this knowledge for the desired application. Simulation offers a uniquely useful way to achieve this understanding by enabling the modeling of the structures on several scales — from analysis of individual periodic cells to modeling the full structure. This webinar will introduce the capabilities available in the Wave Optics Module, an add-on product to COMSOL Multiphysics®, for modeling photonic crystals. In addition, a live demonstration in the software will cover how to perform a band gap calculation for a photonic crystal formed of an array of GaAs pillars. For registration click here..

  • COMSOL Day Mumbai: Multiphysics Modeling and Industry Insights

    The Orchid Hotel Mumbai Vile Parle Chamber 70/C, Nehru Road, Adjacent to Domestic Airport, Vile Parle (E), Mumbai, Maharashtra, India

    This in-person event at The Orchid Hotel Mumbai offers a deep dive into multiphysics modeling, featuring a mix of technical demos and industry-led keynote talks. Attendees can explore the latest updates in COMSOL Multiphysics version 6.4, including specialized sessions on electromagnetics, fluid flow, and structural mechanics, while networking with experts. For registration click here..