Autodesk Inventor, a complete guide from beginner to expert

Focused View

Marius Brink

25:57:01

277 View

01 - Introduction

001 Introduction, what we will learn in 6 sections.mp4

03:46

002 1.1 - Creating Your First Project.mp4

04:21

003 1.2 - 100 NB Flange Method 1.mp4

35:07

003 sans-1123-600-3-plate-flange.zip

004 1.3 - 100 NB Flange Method 2.mp4

06:44

005 1.4 - 100 NB Flange Method 3.mp4

18:06

006 1.5 - 100 NB Full And Ring Gaskets.mp4

05:23

007 1.6 - 100 NB Sched 10 Pipe And iProperties.mp4

06:19

008 1.7 - 100 NB Flange, Pipe And Full Gasket Assembly.mp4

22:30

008 nb-pipe-chart.zip

009 1.8 - Full Gasket Replaced With Ring Gasket.mp4

04:55

010 1.9 - Assembly Converted to Weldment.mp4

07:29

011 1.10 - 100 NB Assembly GA Drawing.mp4

44:39

012 1.11 - Creating PDF And 3D PDFs.mp4

04:59

013 1.12 - Replace Model Reference.mp4

08:34

014 1.13 - 100 NB Sched 10 Pipe.mp4

06:11

015 1.14 - 100 NB Flange And Gasket.mp4

18:33

016 1.15 - Exploded Presentation.mp4

07:26

017 1.16 - End of Project 1.mp4

04:34

018 2.1 - New Project, Boardroom Table, Table Top Assembly.mp4

26:21

018 glass-table.zip

018 wood-chart.zip

019 2.2 - Table Base And Complete Table Assembly.mp4

14:58

020 2.3 - Table Center Piece.mp4

08:33

021 2.4 - Boardroom Table Presentation (Exploded View).mp4

02:00

022 2.5 - Table Base And Top Presentations (Exploded Views).mp4

05:07

023 2.6 - Boardroom Table GA Drawing.mp4

27:12

024 2.7 - Boardroom Table Base GA Drawing.mp4

18:23

025 2.8 - Boardroom Table Base Manufacturing Drawings.mp4

24:57

026 2.9 - Boardroom Table Top GA Drawing.mp4

18:25

027 2.10 - Boardroom Table Base And Borders Manufacturing Drawings.mp4

18:30

028 2.11 - Boardroom Table Corner And Center Piece Manufacturing Drawings.mp4

20:33

029 2.12 - Table Top Glass.mp4

04:48

030 3.1 - Creating A Title Block.mp4

23:56

031 3.2 - Edit Material List Style.mp4

04:34

032 3.3 - Edit Dimension Style.mp4

11:42

033 3.4 - Adding Revision Table.mp4

11:33

034 3.5 - Creating A3 Template.mp4

02:08

035 3.6 - User Interface.mp4

11:54

036 4.1 - Pedestal Table Modelling And Assembly.mp4

39:00

036 pedestal-table.zip

037 4.2 - Using Content Center For Frame.mp4

06:37

038 4.3 - Pedestal Table GA Drawing.mp4

26:02

039 4.4 - Manufacturing Drawings.mp4

37:26

040 4.5 - Alternative Modelling Of Internal Member.mp4

07:21

041 5.1 - Pulley Modelling Method 1.mp4

09:28

041 pulley.zip

042 5.2 - Pulley Modelling Method 2.mp4

08:40

043 5.3 - Pulley Machining Drawing.mp4

26:28

044 5.4 - Raw Material And Overlay Drawings.mp4

11:01

045 6.1 - Belt Roller Modelling.mp4

22:48

045 belt-roller-support.zip

046 6.2 - Belt Roller Assembly.mp4

04:53

047 6.3 - Belt Roller Presentation.mp4

02:27

048 6.4 - Belt Roller GA Drawing.mp4

16:30

049 6.5 - Belt Roller Manufacturing Drawings.mp4

32:38

050 7.1 - Top Components And Assembly.mp4

22:24

050 chess-information.zip

050 hardwood-sizing.zip

051 7.2 - Box Base Components And Assembly.mp4

22:39

051 dove-tail-joint.zip

052 7.3 - Chess Box Assembly.mp4

10:14

053 7.4 - Pawn Modelling.mp4

18:04

053 chess-piece-1-pawn.zip

054 7.5 - Rook Modelling.mp4

10:58

054 chess-piece-2-rook.zip

055 7.6 - Knight Modelling.mp4

17:44

055 chess-piece-3-knight.zip

056 7.7 - Bishop Modelling.mp4

07:55

056 chess-piece-4-bishop.zip

057 7.8 - Queen Modelling.mp4

06:12

057 chess-piece-5-queen.zip

058 7.9 - King Modelling.mp4

06:17

058 chess-piece-6-king.zip

059 7.10 - Pieces Added To Assembly.mp4

05:51

060 7.11 - Detailing Box.mp4

18:33

061 7.12 - Presentation Model.mp4

04:22

062 7.13 - Chess Box GA Drawing.mp4

12:47

063 7.14 - Box Assembly GA Drawing.mp4

13:54

064 7.15 - Box Assembly Manufacturing Drawings.mp4

27:54

065 7.16 - Top Assembly GA Drawing.mp4

19:42

066 7.17 - Top Assembly Manufacturing Drawings.mp4

34:15

067 7.18 - Pawn Drawing.mp4

14:08

068 7.19 - Rook Drawing.mp4

08:40

069 7.20 - Knight Drawing.mp4

09:08

070 7.21 - Bishop Drawing.mp4

05:25

071 7.22 - King Drawing.mp4

06:57

072 7.23 - Queen Drawing.mp4

05:08

073 8.1 - Design Accelerator Gearbox.mp4

38:29

073 gears-in-gearbox.zip

074 8.2 - Shafts And Coupling Drawings.mp4

29:38

074 clearance-discriptions.zip

074 iso-hole-tolerances.zip

074 iso-shaft-tolerances.zip

075 8.3 - V-Belt, Synchronous Belt And Roller Chain Systems.mp4

08:50

076 9.1 - Miscellaneous.mp4

19:21

02 - Sheet Metal

001 10.1 - General Sheet Metal.mp4

39:30

002 10.2 - Handrail Templates.mp4

30:01

002 rail.zip

003 10.3 - Exhaust.mp4

26:19

003 exhaust.zip

004 10.4 - Mounting Bracket.mp4

26:38

004 bracket.zip

005 10.5 - Minion.mp4

57:32

005 minion.zip

03 - Frame Generator

001 11.1 - Vet Table.mp4

21:45

002 11.2 - Pedestal Table.mp4

19:11

003 11.3 - Roof Truss.mp4

11:59

003 roof-truss.zip

04 - Finite Element Analysis (FEA) Using NASTRAN

001 12.1 - Shalve.mp4

31:35

001 stress-strain-diagram.zip

002 12.2 - Skid.mp4

15:03

002 skid.zip

003 12.3 - Water Tank.mp4

16:38

004 12.4 - Support Beam.mp4

21:15

005 12.5 - Miscellaneous.mp4

10:05

05 - 3D Animation Using Inventor Studio

001 13.1 - Chess Box Animation.mp4

16:06

002 13.2 - Chess Match Animation.mp4

15:45

003 13.3 - Gearbox Animation.mp4

09:42

06 - 3D Printing

001 14.1 - Gearbox 3D Printing.mp4

28:50

001 xyz-printing-da-vinci-jr.zip

002 3d-printer-file.zip

002 14.2 - Gearbox Internals And Printer Setup.mp4

10:29

002 printer-details.zip

003 14.3 - Printing The Minion.mp4

13:20

004 14.4 - Printing Threads.mp4

11:20

005 14.5 - Closure.mp4

02:00

Description

26 Hours of video content

What You'll Learn?

Basic and advanced design skills, sheet metal, design generator, 3D animation, FEA NASTRAN, 3D printing

Who is this for?

New and experienced users of Inventor, designers and engineers

What You Need to Know?

Need to already have Autodesk Inventor installed on computer

More details

Description
Complete guide to engineering modelling and design using Autodesk Inventor. Course is designed using real world applications and scenario so that students will become competent users of Autodesk Inventor, as well as learning draughting design techniques and skills to become a real valuable assist to any company. The course begins with the basics of using the software and move into more advanced techniques such as Sheet Metal, Finite Element Analysis (FEA) using NASTRAN, 3D animation and 3D printing.

Section 1 will serve as your introduction to Autodesk Inventor. Here we will cover the basics of drawing, modelling and getting familiar with the user interface. We will also cover some more advanced sections such as basic animation, design generator and 3D sketches. There is also an instruction video covering how to download and install Autodesk Inventor (2020). This is the largest portion of the course and contains valuable information and skills that will be required later on.

In section 2 we will cover Sheet Metal. Sheet Metal is one of the invaluable functions that Inventor has to offer. Ideal for industries using metal sheets and those who use press breaks as part of their manufacturing. Sheet Metal enables the user to create accurate templates, sheet, coil and plate cut sizes, as well as giving bending steps showing which part to bend first and which part to bend last to enable you to get the end product you desire.

Next, we move on to section 3, Frame Generator. Ideal for use with structural members such as tubes, pipes, angles and beams. Here we will go a little deeper into 3D sketches. Frame Generator makes it simple to replace structural members without having to change or redraw the frame structure. It offers useful functions such as mitres, which automatically generates the perfect fit between the individual structural members.

In Section 4 we will cover yet another of Inventorâ€™s invaluable functions, NASTRAN. NASTRAN, an abbreviation for NAsa STRuctural ANalysis, is a software package designed by NASA which is offered within Inventor. NASA developed this software in the 1960s to aid them with Finite Element Analysis (FEA). This software was developed to design more efficient space vehicles such as the Space Shuttle. FEA is invaluable to any industry and ideal for the pressure vessel manufacturing industries.

We now move on to one of the Inventorâ€™s more creative functions. In section 5 we will cover in more detail 3D animation using Inventor Studio. This is ideal for creating short videos, showing exactly how a specific item is designed, or how it interacts within a system.

Section 6 is our final section and it is an introduction to one of the fastest-growing and incredibly exiting industries. The 3D printing industry is one of the most profitable and lucrative industries. It offers limitless possibilities; the technology is improving every year and the introduction of 3D metal printing has changed the manufacturing industry forever. With 3D printing, you can create prototypes which cost a fraction of what a machined item would cost and it enables you to design components that are impossible to manufacture using traditional machining methods. It is also a wonderful hobby to have, designing and printing unique gifts and items needed around the house.
Who this course is for:
New and experienced users of Inventor, designers and engineers

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Born and raised in Johannesburg South Africa, I always had an interest in engineering and design.Both my father and grandfather were technically-minded people and my interest in designing grew in high school where I had a wonderful teacher who encouraged me to always try my best in my engineering drawing and design.After school, I did a one-year course in draughting where I got exposed to CAD (Computer Aided Drawing).I did a one-week introduction to AutoCAD and knew that I wanted to pursue a career in this industry.Although I had some knowledge about AutoCAD, I knew that Autodesk Inventor was the software that I wanted to specialize in. In 2011, the year after my studies, I found my first draughting job. One of the minimum requirements was that I had to be familiar with Inventor.I desperately wanted the job, wanted the opportunity to work with this software, so I told my interviewer that I will be willing to work there for a lot less than the advertised salary.Thankfully they hired me and there my self-taught knowledge of Autodesk Inventor started. I had a deadline in which I had to become fully competent with the software and thankfully I made it.It has been 10 years now since I started working in this industry and I am loving it more and more every year. I try to constantly improve myself and there are so much happening in the 3D modelling and design industry that I believe that there is a big future ahead for anybody entering into this industry

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