Ultimate guide to design your own machine
Ultimate guide to design your own machine, available at $59.99, has an average rating of 4.15, with 47 lectures, based on 27 reviews, and has 7914 subscribers.
You will learn about Know the complete details of 2D and 3D modeling How to create a Mechanism How to create a sephisticated product How to use parts ready in your design Use part and assembly design in department in CATIA This course is ideal for individuals who are Anyone who want to create a machine or Anyone who want to create your own product It is particularly useful for Anyone who want to create a machine or Anyone who want to create your own product.
Enroll now: Ultimate guide to design your own machine
Summary
Title: Ultimate guide to design your own machine
Price: $59.99
Average Rating: 4.15
Number of Lectures: 47
Number of Published Lectures: 47
Number of Curriculum Items: 47
Number of Published Curriculum Objects: 47
Original Price: $22.99
Quality Status: approved
Status: Live
What You Will Learn
- Know the complete details of 2D and 3D modeling
- How to create a Mechanism
- How to create a sephisticated product
- How to use parts ready in your design
- Use part and assembly design in department in CATIA
Who Should Attend
- Anyone who want to create a machine
- Anyone who want to create your own product
Target Audiences
- Anyone who want to create a machine
- Anyone who want to create your own product
To follow this course, you don’t have to be an engineer nor even greatly proficient in the mechanical field. All you really need is to have basic knowledge of designing on CATIA V5 and be fond of mechanical designs.
I chose catia for my designs because it is, as you no doubt know, one of the most used 3D programs by great companies like: Boeing, Bombardier Aéronautique, Michelin, Renault, LG, Thales, nokia and so many others.
I wanted to create a series of courses entitled: IMD, first to fulfill a dream I’ve always had about designing mechanical machines and second, and no less important, I wanted to share with you my know-how, and the experiences I’ve gained along quite a few years.
The first course of the series is going to be: how to design a nailing table?
This particular product is of course already on the market.
However, the object is to work on the weaknesses of the existing products and make our product:
-comfortable to use
-easy and quick to disassemble
-capable of moving the pallets
I’ll also show you how to integrate ready-designed parts found on the net you’ll be needing into your own design
In addition, this course will teach you how to turn a 2D mechanism into a 3D one certainly a very important steps in your design.
OK Enough talking and let’s get down to business.
Course Curriculum
Chapter 1: Presentation
Lecture 1: Presentation
Chapter 2: Introduction
Lecture 1: Introduction
Chapter 3: Stages of design
Lecture 1: Stages of design
Chapter 4: Design
Lecture 1: UCP-UCFL
Lecture 2: Mechanism Base
Lecture 3: Base fix
Lecture 4: Base mobile
Lecture 5: Short Pillar
Lecture 6: Long pillar
Lecture 7: SHF-SMD
Lecture 8: Pneumatic cylinder
Lecture 9: Measure Jack
Lecture 10: Bearer bars 1
Lecture 11: Bearer bars 2
Lecture 12: Bearer bars 3
Lecture 13: Mechanism of Rotation
Lecture 14: Workbench
Lecture 15: Tubes
Lecture 16: Transporter
Lecture 17: Base of P.C Part 1
Lecture 18: Base of P.C Part 2
Lecture 19: Translation mechanism
Lecture 20: Fixation Right bracket
Lecture 21: Support
Lecture 22: Links
Lecture 23: Support for link 35
Lecture 24: Fixative
Lecture 25: Link 25
Lecture 26: Assembly
Lecture 27: Assembly Part of Workbench
Lecture 28: Assembly part of workbench 2
Lecture 29: Product
Lecture 30: Mechanism of Rotation
Lecture 31: Product 2
Lecture 32: Product 3
Lecture 33: screws 1
Lecture 34: screws 2
Lecture 35: screws assembly 1
Lecture 36: screws assembly 2
Lecture 37: screws assembly 3
Lecture 38: screws assembly 4
Lecture 39: Fixative Parts
Lecture 40: Fixative part assembly
Chapter 5: Test
Lecture 1: Test 1
Lecture 2: Test 2
Lecture 3: Test 3
Chapter 6: Conclusion
Lecture 1: Conclusion
Instructors
-
Mohamed Amine Gabsi
Mechanical Engineer
Rating Distribution
- 1 stars: 0 votes
- 2 stars: 3 votes
- 3 stars: 6 votes
- 4 stars: 13 votes
- 5 stars: 5 votes
Frequently Asked Questions
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