CFD Principles | Training Course (Classroom)

Learning or reviewing the fundamentals of computational fluid dynamics (CFD), including best practice, will enable you to get the most out of your own simulation software or assess the CFD undertaken by others with confidence.

This concise, independent, software-neutral course will provide you with a solid foundation in the basic theory and application of CFD methods – helping you to run and critically evaluate simulations effectively and accurately.

The training sessions combine formal presentations with a number of practical workshops to reinforce learning.

Who Should Attend?

Designers, engineers, researchers, students and managers who are currently or may in the future be involved with CFD within their role.

This course is suitable for anyone using CFD software directly, involved in specifying CFD projects or reviewing, checking and interpreting results within CFD reports.

As a fundamentals course, it is assumed that delegates do not have any previous experience. However, it can also serve as a refresher course if you have some existing CFD experience obtained from work or academic studies.

Duration

1 Day

The course commences at 9:00am and finishes at approximately 5:00pm.

Course Fee

£450, including lunch and refreshments.

Classroom Schedule

Stockport

19 October 2022

Cambridge

20 July 2022

Venue Details

Online Training Option

An online course is also available as an alternative to classroom-based tuition.

Registration / Further Information

• Complete the form opposite
• Call us on +44 (0) 333 996 9930
• Email us at training@wildeanalysis.co.uk

We can also run this course on a date of your choosing or as a bespoke course. Please let us know if you are interested in this option.

All Training Courses

Course Topics Include:

Introduction

• CFD: What, When and Why?
• Applications

Basic Fluid Mechanics

• Fluid Properties
• Basic Equations
• Types of Flow
• Boundary Layers
• Dimensionless Coefficients

Fundamentals of CFD

• Finite Volume Formulation
• Solution Methods
• Differencing

Turbulence & its Modelling

• Physical Meaning and Effects of Turbulence
• Generic Turbulence Model Types

Near Wall Modelling

• Boundary Layer Characterisation
• Basis of Wall Function; y+ and its meaning
• Meshing Implications and Guidelines

The CFD Process

• Project Planning
• Geometry Preparation
• Mesh Generation
• Physics setup
• Solution control

Evaluating CFD results

• Post Processing
• Tips and Guidelines

Wrap Up

• Final Questions
• Further Learning