Self-Paced Fundamentals Training

Welcome to Autodesk Simulation CFD Fundamentals Training! The topics in this section cover the basic material everyone needs to know to use Autodesk Simulation CFD, including best practices and explanations of the fundamental concepts.

This material is designed for self-paced learning as well as an instructor-led class environment. In both methods, you will be exposed to concepts grouped in Chapters, followed by a demonstration of the use of those concepts (videos are available for self-paced training), then a step-by-step exercise to reinforce those concepts.

What do I need to get started?

Recommended Screen Setup

The Fundamentals training material is presented in this browser. It is very helpful to view Autodesk Simulation CFD and this browser simultaneously. To do this, we recommend that you resize the Autodesk Simulation CFD interface to approximately 2/3 of the screen and resize the browser to fill the remaining third.

Note: When working on the CAD sections of the exercises, divide the screen between the CAD tool and the browser in the same manner.

Training Plan

The Fundamentals Training is divided into four units. Each unit is divided into several chapters. To get the most from this Training, we recommend that you work sequentially through each chapter and unit:

UNIT 1: The Basics: How do I get started using ?

 

Description

Approximate Time

Chapter 1

At the end of this unit, you will be able to answer these questions: What is CFD? What is Autodesk Simulation CFD?

1 minute

Chapter 2

Recommended Strategy

2 minutes

Chapter 3

Important Resources

3 minutes

Chapter 4

CAD Modeling

5 minutes

Chapter 5

CAD Connection and Basic Model Interactions

6 minutes

Chapter 6

The Autodesk Simulation CFD Interface

25 minutes

Exercise 1

 Launch the Car Model into Autodesk Simulation CFD

10 minutes

UNIT 2: Setup: Describing the Problem and Solving

 

Description

Approximate Time

Chapter 7

Geometry Branch and Tools

20 minutes

Chapter 8

Assigning Materials and Devices

15 minutes

Exercise 2

Assign Materials to the car model

7 minutes

Chapter 9

Assigning Boundary Conditions

11 minutes

Exercise 3

Assigning Boundary Conditions to the car model

11 minutes

Chapter 10

Defining the Mesh

10 minutes

Exercise 4

Assign the mesh definition to the car model

11 minutes

Chapter 11

Solving

3 minutes

Exercise 5

Run the Simulation

20 minutes (includes solve time)

UNIT 3: Results: Gathering Data and Making Conclusions

 

Description

Approximate Time

Chapter 12

Can I Trust My Results?

5 minutes

Exercise 6

Assess Convergence

5 minutes

Chapter 13

Controlling Global Results

10 minutes

Chapter 14

Measuring Part Temperatures

5 minutes

Exercise 7

Modify the Legend Range and Assess Results on Parts

8 minutes

Chapter 15

Using Planes to Understand the Results

15 minutes

Exercise 8

 Explore Results with Planes and XY Plots

20 minutes

Exercise 9

Explore Results with Planes, Particle Traces, and the Bulk Calculator

20 minutes

Chapter 16

Results Points

4 minutes

Exercise 10

Explore Results at Specific Points

8 minutes

Chapter 17

Iso Surfaces

5 minutes

Exercise 11

Explore the Results with Iso Surfaces

8 minutes

Chapter 18

Wall Results

7 minutes

Exercise 12

Assess Forces and Temperatures on Walls

6 minutes

Chapter 19

Part Visibility Controls in Results Mode

5 minutes

Exercise 13

Modify part appearances

9 minutes

Chapter 20

Using the Decision Center to Make Conclusions

6 minutes

Exercise 14

Use the Decision Center to Assess Results

12 minutes

UNIT 4: Design Exploration: Comparing Multiple Designs in one Environment

 

Description

Approximate Time

Chapter 21

Cloning Designs and Scenarios

 

5 minutes

Exercise 15

 

Create a Second Design Iteration (Clone the Design and Modify the CAD Model)

 

25 minutes (includes solve time)

Exercise 16

 

Use the Decision Center to Compare Results from both Design Iterations

 

15 minutes

Chapter 22

Conclusion

 

5 minutes

Note: Commands found in the User Interface (such as button names) are shown in bold. Some steps are followed by a series of simple actions, listed as "A.", "B.", etc

After finishing the Fundamentals Training, what do I do next?

After you complete the Fundamentals training, you will be ready to expand your knowledge of Autodesk Simulation CFD with Application-specific and Advanced topics. These topics deal specifically with the types of problems you will be solving, from electronics to pumps, from lighting to architecture, and advanced topics including motion, transient analysis, radiation, mixing, and more.

These topics are discussed in the Analysis Guidelines, Advanced Training, and Examples sections. Additionally, to learn more about customized training to suite your particular needs, please contact your local Autodesk Simulation CFD representative.

Ready to get started?

Next: Chapter 1