CFDForge™ – Smart OpenFOAM GUI – Internal Flow Industrial Training – OpenFOAM CFD

Categories: OpenFOAM
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About Course

Master Industrial Internal Flow CFD with CFDForge™ + OpenFOAM (Hands-On Training)

If you want to use OpenFOAM confidently for real industrial internal flow problems, and add this skill in your resume, this course is designed exactly for you.

In this hands-on training, you will learn how to set up, run, monitor, and post-process internal flow simulations using CFDForge™, a purpose-built OpenFOAM smart automated workflow that removes complexity while keeping full solver transparency.

You will not just watch simulations — you will run them yourself using a 30-day licensed version of CFDForge™ provided as a downloadable resource.

What you’ll gain from this course

  • Run industrial-grade internal flow simulations without struggling with OpenFOAM syntax

  • Understand solver setup, meshing, boundary conditions, and convergence monitoring

  • Handle single inlet, multiple inlet, and multiple outlet flow scenarios

  • Gain confidence in pressure, velocity, and residual analysis

  • Perform professional 3D post-processing in ParaView

  • Learn workflows directly applicable to mechanical, aerospace, automotive, and CFD roles

What this course covers

This training is structured around practical engineering cases:

  1. Introduction to CFDForge™
    Learn the CFDForge™ workflow, project setup, solver execution, and monitoring tools.

  2. Air flow through a bent circular pipe
    Understand pressure loss, velocity development, and residual convergence.

  3. Water flow through an irrigation pipe with multiple outlets
    Learn mass flow distribution and pressure behavior across outlets.

  4. Water flow through an irrigation pipe with multiple inlets
    Handle complex inlet interactions and flow balancing.

  5. Air flow through a complex exhaust manifold
    Solve realistic industrial geometry with internal flow physics.

  6. 3D post-processing using ParaView
    Visualize velocity, pressure, streamlines, and contours professionally.

Software & License Included

  • CFDForge™ setup file included

  • Academic license key valid for 30 days after activation

  • Based on OpenFOAM (industry-proven open-source CFD)

Who this course is for

  • Engineering students learning OpenFOAM

  • CFD beginners struggling with case setup

  • Practicing engineers who want faster internal flow simulations

  • Anyone preparing for CFD jobs, internships, or research

No prior industrial CFD experience is required — this course builds practical skills step by step.

If you want to move beyond tutorials and start solving real internal flow problems using OpenFOAM, this CFDForge™ training will give you the clarity, confidence, and workflow you need.

Enroll now and start running industrial CFD simulations today!

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What Will You Learn?

  • Introduction to CFDForge™
  • Air flow case through bent circular pipe
  • Water flow case through irrigation pipe with multiple outlets
  • Water flow case through irrigation pipe with multiple inlets
  • Air flow case through complex exhaust manifold
  • Geometry preparation using Salome
  • Meshing Using snappyHexMesh
  • Setting Correct Boundary Conditions in OpenFOAM
  • Post-processing Using Paraview

Course Content

Using CFDForge™ for Internal Flow Industrial CFD Applications

  • 1. Introduction to CFDForge™
    17:05
  • 2. Air flow case through bent circular pipe
    06:57
  • 3. Water flow case through irrigation pipe with multiple outlets
    20:28
  • 4. Water flow case through irrigation pipe with multiple inlets
    10:56
  • 5. Air flow case through complex exhaust manifold
    27:52
  • 6. Postprocess 3D results in ParaView
    08:21

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