Would you like to sign out?
Cancel OK

    Ongoing Registration In Progress Closed
    Webinar
    From Simulation to Performance:
    Industrial CFD Workflows in MIDAS NFX
        🕛 03:30 PM – 04:30 PM (IST)
    📍 Live On GoToWebinar
    📑Overview

    Discover how to use advanced CFD workflows in Midas NFX to simulate and improve realworld engineering systems involving fluid flow and heat transfer.

     

    Learn how engineers predict flow behaviour, manage temperatures, and enhance system performance using simple, practical CFD techniques from geometry setup and meshing to solving and results visualization.

     

    Through real industrial case studies like airfoils, and cooling applications, see how simulation helps reduce costs, improve efficiency, and speed up product development across industries.


    Register now
    📌Agenda
    • 07th May 2026 (Thu)

      What they will learn :
      ☑️ Confidently set up CFD models, including geometry preparation and fluid domain creation using industry-standard practices.
      ☑️ Perform flow and thermal analysis with clear understanding of velocity, pressure, and temperature results.
      ☑️ Apply appropriate turbulence models and boundary conditions for accurate real-world simulations.
      ☑️ Simulate and analyze fluid flow, heat transfer, and basic fluid-structure interactions within a unified platform.
      ☑️ Incorporate transient effects such as time-dependent flow and thermal variations for realistic results.
      ☑️ Leverage automation tools within Midas NFX to streamline simulation workflows.
      ☑️ Build efficient and repeatable CFD models to reduce manual effort and minimize errors.
      ☑️ Improve efficiency, accuracy, and product performance across industrial applications using CFD.

    🎙️ Speaker

    P. Sreenidhi Mathangee-1
    P. Sreenidhi Mathangee
    Senior Simulation & Testing Engineer | Decadrives Pvt. Ltd
    Sreenidhi holds a bachelor’s degree in Aerospace Engineering. She has over 3 years of experience in CAE field. She has experience in modelling and simulation of advanced composite systems, including pressure vessels, FRP storage tanks, and lightweight structural components.