Organisational & Operational Excellence

Computational Fluid Dynamics (CFD): Meshing, Turbulence Modelling and Industrial Flow Simulation – Riyadh, 6–10 Dec 2026

Computational Fluid Dynamics (CFD): Meshing, Turbulence Modelling and Industrial Flow Simulation runs in Riyadh from Sunday 6 December to Thursday 10 December 2026 (1 Week). The fee is 20,000 SAR per participant. The same programme is also scheduled in 7 other cities.

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Dates
Length
1 Week
Fee per participant
20,000 SAR
Format
In person, Riyadh
Venue
KAFD district five-star
Status
Open for registration
Week
49 of 2026
Reference
476_14478

This session

6–10 Dec 2026

This Computational Fluid Dynamics (CFD): Meshing, Turbulence Modelling and Industrial Flow Simulation session in Riyadh runs from Sunday 6 December to Thursday 10 December 2026 (week 49, Q4 2026). It is the only date in Riyadh in 2026, at a fee of 20,000 SAR. Registration is open for this date. It is held in person at KAFD district five-star.

How do I book this date?

Register online to request your place, or send us a question about this date first.

Reference for this date: 476_14478. Quote it when you contact us.

Before you book, read our cancellation policy.

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Questions about this date

When does Computational Fluid Dynamics (CFD): Meshing, Turbulence Modelling and Industrial Flow Simulation in Riyadh start and finish?

It starts on Sunday 6 December and finishes on Thursday 10 December 2026: 1 Week.

How much does Computational Fluid Dynamics (CFD): Meshing, Turbulence Modelling and Industrial Flow Simulation in Riyadh cost?

The fee for this date is 20,000 SAR per participant. Please read our cancellation policy before you book.

Is this date held in person or online?

It is held in person in Riyadh, at KAFD district five-star.

Where else does Computational Fluid Dynamics (CFD): Meshing, Turbulence Modelling and Industrial Flow Simulation run?

It is also scheduled in 7 other cities: Amsterdam, Barcelona, Dammam, Dubai, Jeddah, London and Paris.

What does this programme cover?

Computational fluid dynamics (CFD) results now drive decisions on pipework, heat transfer equipment, ventilation layouts and gas release studies, yet many models reach design reviews with poorly shaped meshes, a turbulence model chosen by default, unchecked y+ values and residual plots taken as proof of accuracy. This Core Concept course trains mechanical, process and HVAC engineers to set up, run and challenge finite volume simulations in commercial and open-source solvers, from geometry clean-up and meshing through verification and validation to reporting. Participants produce a CFD Simulation Report and Mesh Independence Dossier for an industrial flow case.

The programme outline covers:

  • Introduction
  • Course Objectives
  • Target Audience
  • Course Outline
  • Day 1: Governing Equations, Finite Volume Method and the CFD Workflow
  • Day 2: Geometry Preparation, Meshing Strategy and Mesh Quality
  • Day 3: Turbulence Modelling, Wall Treatment, Boundary Conditions and Solver Settings
  • Day 4: Verification, Validation, Heat Transfer and Multiphase Flow
  • Day 5: Industrial Simulation Labs and CFD Report Build
  • Skills You Will Gain
  • Why Attend This Course
  • Conclusion
Read the full outline on the programme page ↗

Where else does this programme run?

Also scheduled in 7 other cities.

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