The Inventor 2022: Sheet Metal Design course is an advanced course that requires the skills taught in the first 3 courses in the series. It extends these skills while teaching everything you need to create accurate sheet metal parts and assemblies. It even comes with a K-Factor calculator that outputs standard sheet metal information.
The advanced skills taught in the course expands your modeling talents even further. Many of these skills can be used on standard parts. So this course is a must see for anyone.
Sheet Metal modeling requires a fundamental understanding of sheet metal concepts like k-factor, bend allowance, bend deduction, and bent nominal length. These concepts are explained in simple to understand lessons that anyone can understand. Once you know about them you will use them in the construction of sheet metal parts.
The course also comes with a K-Factor Calculator that calculates all the sheet metal bend values. This allows you to reverse engineer values specific to your operation. The course shows all the steps. So it won't be long before you're constructing accurate and customized models.
The course explains the details of all the sheet metal commands as well as standard and custom punches. You'll practice using each command and you'll learn the best methods of using them. Knowing and advanced understanding of iFeatures from previous course, you'll gain even more insight about punches that the average user. This course is packed with tips and tricks that will help you get more work done in the shortest time possible.
It also covers the Frame Generator. Many sheet metal products are supported by a structural frame. The Sheet Metal Design course shows you how to build frames with custom member shapes. You can use the standard members that come with Inventor, but with custom member shapes you have full control. Any frame can be built in just a few clicks.
Once your frame is built you can weld it together in a Weldment Environment. The course covers all the welds and shows you how to simplify the process. You will prepare the assembly for welding, add welds, and then add post weld operations. With a few tips and tricks this can help you build a complete and professional looking assembly.
Inventor has special considerations for Multi-Body Modeling of Sheet Metal Parts. So this course extends Multi-Body Modeling concepts beyond the scope of previous courses.
You can rest assured that your sheet metal parts will successfully unfold to flat patterns. You will know the fundamentals that make this happen every time, and how to leverage these concepts. In fact, you'll be able to create standard Inventor parts, convert them to sheet metal parts, and then successfully unfold them. So this course gives you a well rounded understanding of everything you need to make sheet metal parts.
Both flat patterns and folded models are used in mechanical drawings. So this course covers all the details. You'll learn how to customize bend lines, bend callouts, bend order, and much more.
Typically DXF files of flat patterns are also used to program bending machines. So this course shows you how to export DXF files. There really isn't anything the course does not cover.
Created for Autodesk Inventor 2022, the Sheet Metal Design course will take your skills to a professional level. You'll see each step, and we take the time to assure you won't miss a thing. Get your copy today.
9.2 hours of instruction
You will receive an email containing your User Name and Password. Login to your account and start learning. It's that easy.
While you're logged into your account you can download files used in the courses, watch lessons, and practice the tasks taught in the lessons. Keep in mind that you will use your installation of Inventor to practice.
No Installation Required
Watch from any device connected to the internet.
$54.95 - $109.95
Watch the first hour of the Solid Modeling course for Autodesk Inventor 2022.
Click to Watch!9.2 hours of instruction
Introduction
The Sheet Metal Environment
Styles and Templates
K-Factors
Creating Bend Tables
The Flange Command
Bend Reliefs and Remnants
Bend and Sheet Metal Styles
Unfold Methods
Corner Seams
Corner Seam Reliefs
Bend Transitions and Flat Patterns
Custom Sheet Metal Templates
The Contour Flange Command
Looped Contour Flanges
Shells and Ripped Seams
Editing Flat Patterns
Using the Hem Command
Multiple Plates in Assemblies I
Multiple Plates in Assemblies II
Extended Surfaces
Using the Punch Tool
Custom Punches
Flat Pattern Punch Representations
Custom Extruded Louver Punch
Dangling Geometry in Punches
Custom Extruded Dimple Punch I
Custom Extruded Dimple Punch II
Custom Revolved Dimple Punch
Sheet Metal Commands and Punches
Surfaces
G2 Fillets
Tabs
Adjusting for Bend Allowances
Double Bends
Applying Bend Allowances
Knockouts
Changing Knockout Size
Define A Side Strategies
Modifying Flat Pattern Orientation
Flat Patterns on Drawings
Custom Sweep Punches
Complex Shapes
Sheet Metal Cone
Contour Roll Unrolling Unfolding
Press Break Lofted Flanges
Square to Round Transitions
Adding Flanges to Lofted Flanges
Editing with Unfold and Refold
Lofted and Rolled Part Strategies
Formed Punches and Features
Cut Across Bends
Punch Across Bends
Custom Structural Shapes I
Custom Structural Shapes II
Publishing Multiple Shapes
Frame Skeletons
Generating Custom Shape Frames I
Generating Custom Shape Frames II
Generating Custom Shape Frames III
Generating Custom Shape Frames IV
Trimming Members
Model Frame Skeletons
More Frame Generator Concepts
Editing Frames
Preparations and Welds
Fillet and Post Weld Operations
Multi-Body Sheet Metal Modeling
Features on Multi-Body Sheets
Multi-Body Sheet Metal Bends
More Multi-Body Practice
Multi-Body Sheet Metal Assembly
Modifying Multi-Body Components
Finalizing the Design
Convert to Sheet Metal Parts
Sheet Metal Drawings
Export Flat Pattern to DXF
Custom Exported Layers
Details of Exported DXF Files
Converting Down Bends to Up Bends
Edit Flat Pattern Definition
Bend Callouts and Tables
Bend Order
Flat Pattern Extents
Compare Drawing to DXF
Conclusion