Sheet metal Stamping design with Fusion 360 – Chassis frame

Sheet metal Stamping design with Fusion 360 – Chassis frame, available at $49.99, has an average rating of 4.4, with 41 lectures, based on 39 reviews, and has 274 subscribers.

You will learn about Basics of Chassis ladder frame design in vehicle design Design methodology of chassis frame design from scratch Complex Surface design CAD workflows for designing sheet metal brackets for chassis Holistic understanding of how chassis is designed from concept to details This course is ideal for individuals who are Design engineers working in automotive industry or Engineering students looking for headstart to develop advanced skills It is particularly useful for Design engineers working in automotive industry or Engineering students looking for headstart to develop advanced skills.

Enroll now: Sheet metal Stamping design with Fusion 360 – Chassis frame

Summary

Title: Sheet metal Stamping design with Fusion 360 – Chassis frame

Price: $49.99

Average Rating: 4.4

Number of Lectures: 41

Number of Published Lectures: 41

Number of Curriculum Items: 41

Number of Published Curriculum Objects: 41

Original Price: $39.99

Quality Status: approved

Status: Live

What You Will Learn

Basics of Chassis ladder frame design in vehicle design
Design methodology of chassis frame design from scratch
Complex Surface design CAD workflows for designing sheet metal brackets for chassis
Holistic understanding of how chassis is designed from concept to details

Who Should Attend

Design engineers working in automotive industry
Engineering students looking for headstart to develop advanced skills

Target Audiences

Design engineers working in automotive industry
Engineering students looking for headstart to develop advanced skills

This is a project based course which takes you through the complete design process of a full chassis Frame for a SUV vehicle.

Section 1 consists of an introduction to some basic concepts related to chassis design and the design methodology associated with design of chassis frame in a vehicle development project

Topics covered :

Vehicle construction – Body on frame vs monocoque (Unibody) construction
Construction of a typical ladder frame
Design considerations
Design methodology from concept to detail design
primary design criteria which govern initial design
What is Bending stiffness ? how is it measured and its practical importance
What is torsional stiffness ? how is it measured and its practical importance
How to improve stiffness locally with examples
Design for durability and a logical process to follow with examples
Converting vehicle specifications to Design specifications
Developing the dimensions for side members
Design Workflow of front suspension mounting cluster
Design Workflow of Powertrain mounting cluster
Design Workflow of Fuel tank mounting cluster
Design Workflow of Rear suspension mount cluster
Design workflow of Body mounting cluster

A deep dive into the world of chassis design with sheet metal components

Input files are provided which can be used to develop your own designs following the workflows.

The course is a one of a kind practical course which details the intricacies of design along with covering the holistic implications of various aspects .

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Lecture 2: Body on frame vs monocoque

Lecture 3: Construction of typical ladder frame

Lecture 4: Design considerations

Lecture 5: Design methodology in product development

Lecture 6: Primary Design Criteria

Lecture 7: Bending stiffness , how its measured and practical implications

Lecture 8: Torsional stiffness , how its measured and practical implications

Lecture 9: How to improve stiffness and Trade offs

Lecture 10: Deciding mid section from bending stiffness target

Lecture 11: Design for strength, durability process and examples

Chapter 2: Project inputs

Lecture 1: Vehicle specifications and Design Procedure

Lecture 2: Wheel centre co ordinates and Deriving dimensions of side members

Chapter 3: CAD Workflow

Lecture 1: Spring dome and Upper control arm mounting Design part 1

Lecture 2: Spring dome and Upper control arm mounting Design part 2

Lecture 3: Spring dome and Upper control arm mounting Design part 3

Lecture 4: Spring dome and Upper control arm mounting Design part 4

Lecture 5: Front LCA Cross member

Lecture 6: Front LCA Cross member Part 2

Lecture 7: Front LCA bracket part 1

Lecture 8: Front LCA bracket part 2

Lecture 9: Rear LCA Bracket Part 1

Lecture 10: Rear LCA bracket Part 2

Lecture 11: Engine mount bracket Part 1

Lecture 12: Engine mount bracket Part 2

Lecture 13: Transmission Mount cross member part 1

Lecture 14: Transmission mount cross member part 2

Lecture 15: Fuel Tank cross member mid Part 1

Lecture 16: Fuel Tank cross member mid Part 2

Lecture 17: Fuel Tank Rear cross member and bracket Part 1

Lecture 18: Fuel Tank Rear cross member and bracket Part 2

Lecture 19: Fuel tank front cross member and Bracket

Lecture 20: Rear Trailing link

Lecture 21: Rear Upper link mount bracket

Lecture 22: Rear Coil spring dome

Lecture 23: Rear shock absorber mounting

Lecture 24: Body Mount outrigger 1

Lecture 25: Body mount outrigger 2

Lecture 26: Body mount Outrigger 3

Lecture 27: Body mount Outrigger 4 and cross member

Lecture 28: Spare wheel cross member

Instructors

Mufaddal Rasheed
Mechanical engineer, Product designer , Instructor

Rating Distribution

1 stars: 2 votes
2 stars: 1 votes
3 stars: 5 votes
4 stars: 14 votes
5 stars: 17 votes

Frequently Asked Questions

How long do I have access to the course materials?

You can view and review the lecture materials indefinitely, like an on-demand channel.

Can I take my courses with me wherever I go?

Definitely! If you have an internet connection, courses on Udemy are available on any device at any time. If you don’t have an internet connection, some instructors also let their students download course lectures. That’s up to the instructor though, so make sure you get on their good side!

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