F1 Aerodynamics: Applied CFD & Best Practices for Motorsport

سرفصل های دوره

Learn the best Aerodynamics and CFD practices within the F1 , Motorsports and Automotive Industry.

1. Introduction to Applied Motorsports CFD

1. Who should attend this course What should you expect

2. Introduction to Module 1 Introduction to Applied Motorsports CFD

3. About the Speakers Shubham Sangodkar and Punith Gowda

4. Introduction Aero Departments How is CFD Used in F1

5. CFD Workflow

6. Summary and Reflection

2. Aerodynamic Model and Simulation Environment

1. Introduction to Module 2 Aerodynamic Model and Simulation Environment

2. Geometric model of a race car Modeling Tyres

3. Virtual Wind Tunnel Replicating Vehicle Setup

4. Vehicle Aero Map Vehicle Ride Heights

5. Modeling Track Behaviors Summary and Discussion Session

6. Aero Jargon

3. CFD Pre-Processing

1. Introduction to Module 3

2. Overview of Surface Mesh Generation Key Parameters PIDs

3. Detailed Mesh Generation Radiators & Tyres Mesh Automation

4. Volume Mesh Generation Structured vs Unstructured Best Practises

5. Volume Mesh Refinement Zones

6. Summary and Discussion Session

4. Front Wheel and Front Wing Case Study - Part 1

1. F1 Car Vehicle Design Walkover

2. Isolated Wheel Case Study Walkover

3. Discussion Session on the Famous Y250 Vortex and QnA

5. CFD Solver

1. Introduction to Module 5 -CFD Solver

2. Some important CFD interview worthy questions

3. Turbulence Modeling Types of Models and Use case

4. Boundary Layer Wall Resolution & Modelling Prism Layers

5. LES vs RANS ,What do F1 teams use

6. Boundary Conditions and Initial Conditions

7. Reflection and Discussion

6. Front Wheel and Front Wing Case Study - Part 2

1. Deep Dive into the Case Study

2. Discussion Session on the case study

7. CFD Post Processing

1. Introduction to Module 7 - CFD Post Processing

2. Introduction and Simulation Convergence Quantitative vs Qualitative Data

3. Flow Field Data & Post Processing Strategies Surface vs Volume Data

4. Surface Scalars Analysis Yplus Pressure Coefficient Wall Shear Stress

5. CP Profile Analysis The most important tool in Aero Analysis

6. Reflection and Discussion Part 1

7. Discussion Part 2

8. Front Wheel and Front Wing Case Study - Part 3

1. Post Processing Deep Dive - Isolated Wheel

2. Post Processing Deep Dive - Front Wing + Front Wheel

9. Additional Module 1 Your career plan to get into F1

1. Reviewing my RedBull Racing CV

2. How to apply and crack Student Placements at an F1 Team

3. How to get a Job in F1 - Your Aerodynamicist Interview

4. Reviewing my RedBull Racing Cover Letter

5. Career Discussion with Punith and Shub

6. Life of an Aero at Redbull

7. Life of an Aero - Being an AirBender

8. My Journey Into F1

10. Additional Module 2 Getting your basics right

1. Visualizing Airflow Around an F1 Car

2. Why Downforce - Part 1

3. Why Downforce - Part 2

4. Why Downforce - Part 3

5. Why Downforce - Part 4

6.1 MIT VIDEO SERIES.html

6. The best resource for Aero Basics

11. Successfully completed the course Dont miss out on this !

1. How Aerodynamics Adds Performance to Race Car by Willem Toet

2.1 Link to OpenFOAM Files.html

2. OpenFOAM Files for your own simulations.html

3.1 Link to CFD Post Processing Cases.html

3. CFD Post Processing Cases.html

4.1 Link to 2024 F1 Car Geometric Model.html

4. 2024 F1 Car Geometric Model for Practice.html

5.1 Case Studies and Important Research Papers useful for preparing for your Aerodynamics Interview.html

5. MUST READ Links to some of the best references for an F1 Aerodynamics Interview.html

6. F1 Aerodynamics Course with Basics and Case studies from Front to Rear

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تولید کننده: Udemy