Engineering Design in Autodesk Inventоr

Name: Engineering Design in Autodesk Inventоr
Rating: 4.6 (14 reviews)

Guide to working in Autodesk Inventor

Created byDmytro Zinoviev

Last updated 12/2015

English

English [Auto],

What you'll learn

If you want to learn how to make a 3D design in Autodesk Inventor, how to carry out your work better, and as quick as possible, how to be competitive in the modern labor market, this book is for you!

Course content

1 section • 11 lectures • 1h 44m total length

Введение8:46
Explore Autodesk Inventor's digital prototypes, design automation, and seamless AutoCAD compatibility to generate 3D models, automatic drawings, stress analysis, and high-quality visuals.
Interface Review And Program Settings7:55
Explore the Autodesk Inventor interface, including the tape, panels, view cube, and navigation tools. Learn to customize settings and tooltips to optimize 3D modeling and 2D drafting workflows.
Work With 2D Sketch9:42
Create a 2-D sketch to define a 3-D object, apply automatic constraints and dependencies, set dimensions, and explore sketch planes, constraints, and chamfers in Autodesk Inventor.
Operations «EXTRUDE» И «REVOLVE»10:26
Learn to extrude and revolve for solid modeling in Autodesk Inventor by creating a 50 by 30 mm rectangle, extruding 70 mm, and revolving a hub with chamfers and diameters.
Loft, Sweep and Coil10:51
Create complex parts in Autodesk Inventor by using loft, sweep, and coil features across multiple planes, building sketches with circles and rectangles, applying constraints, and finalizing bent and pulley shapes.
Tasks with Parts10:04
Assign materials such as steel carbon with density and mass, then create holes from sketches or pre-drawn geometry, including chamfered and threaded holes, with patterning and distance checks.
A Concept of the Project, Parametric Part10:56
Create and manage a parametric part in Autodesk Inventor by defining user parameters, sketching with constraints, extruding, placing holes, and creating multiple part versions with mass and material.
Analysis of the Stress of the Part7:24
Design a 20 millimeter diameter shaft analyzed with the finite element method to calculate von Mises stress under a 1000 newton y-direction load, using steel carbon and mesh settings.
Creating an Assembly7:21
Create and assemble parts into an assembly in Autodesk Inventor, applying sketches, extrusions, chamfers, textures, and materials, then constrain parts with mate and flush constraints to fix positions.
Operations with the Assembly11:24
Insert angles from content center into assembly and merge them with a rack part using constraints. Create ribs, holes, and grooves with patterns, then review assembly specification and mass property.
Creating Drawings9:17
Create a bracket assembly drawing in Autodesk Inventor by setting the sheet format, placing base and projection views, and detailing dimensions, welding joints, title block, and a SKG parts list.

Requirements

Autodesk Inventor 2012-2016

Description

Course description

Thanks to this course, you in the shortest possible time will discover the principles of operation in Autodesk Inventоr, you will be able to create your own 3D model of a high complexity.

Build a strong foundation in Autodesk Inventor with this tutorial for beginners.

Interface review and program settings
Work with 2D sketch
Operation Extrude and Revolve
Loft, Sweep and Coil
Task with Parts
A concept of the Project, Parametric Part
Analysis of the stress of the Part
Creating an Assembly
Operation with the Assembly
Creating Drawings

A Powerful Skill at Your Fingertips

The video course is designed both for people who are just beginning to explore three-dimensional design, and for experienced engineers looking to improve their skills thanks to the advice of professionals.

Just repeat everything that happens on your screen in real time, and You will learn how to use the program, and most importantly understand what is digital prototyping and what is their advantage compared to conventional drawings!

Content and Overview

It has been more than 25 years since Autodesk for the first time came out on the CAD systems market (Computer-Aided Design). Since that time a lot has changed in the industry.

Powerful technology of digital prototypes is changing the view of professionals on design, allowing them to build the entire workflow around a single digital model (prototype).

What is a digital prototype? Digital prototype is a virtual engineering sample of a ready–made product and is used for the optimization and validation purposes.

The basis for such technologies is Autodesk Inventоr.

Autodesk Inventоr allows you to create structures and mechanisms of varying complexity in a short time, with a clarity of creation process.

There is no longer any need to imagine everything in your head, thinking about how your product will look like when it is ready. You can see it on the monitor before you publish drawings and send them to production.

In addition, you will be able to perform a calculation of mechanism, and find the appropriate materials.

Forget about counting small parts and components of assembly – the software will do it for you and will create a finished specification automatically!

The first time you start a new software always raises the question: Where to begin? It is important to choose the correct path at the very beginning, in order to avoid the follow-up errors.

With this book you will understand where to begin your work and how to create parts and assemblies in the most rapid and correct way.

Thanks to this book, you in the shortest possible time will discover the principles of operation in Autodesk Inventоr, you will be able to create your own 3D model of a high complexity.

If you want to learn how to make a 3D design in Autodesk Inventor...

So, if you want to learn how to make a 3D design in Autodesk Inventor, how to carry out your work better, and as quick as possible, how to be competitive in the modern labor market, this course is for you!

Who this course is for:

Thanks to this course, you in the shortest possible time will discover the principles of operation in Autodesk Inventоr, you will be able to create your own 3D model of a high complexity.