Autodesk Inventor 2022 Black Book
- Length: 918 pages
- Edition: 1
- Language: English
- Publisher: CADCAMCAE Works
- Publication Date: 2021-06-03
- ISBN-10: 1774590336
- ISBN-13: 9781774590331
- Sales Rank: #6116656 (See Top 100 Books)
The Autodesk Inventor 2022 Black Book is the third edition of our series on Autodesk Inventor. With lots of features and thorough review, we present a book to help professionals as well as beginners in creating some of the most complex solid models. The book follows a step by step methodology. In this book, we have tried to give real-world examples with real challenges in designing. We have tried to reduce the gap between university use of Autodesk Inventor and industrial use of Autodesk Inventor. In this edition of book, we have included topics on iPart, Style Editing, Customization, Deriving parts, Inspection, and Advanced Assembly. The book covers almost all the information required by a learner to master the Autodesk Inventor. The book starts with sketching and ends at advanced topics like Mold Design, Sheetmetal, Weldment, and MBD. Some of the salient features of this book are:
In-Depth explanation of concepts
Every new topic of this book starts with the explanation of the basic concepts. In this way, the user becomes capable of relating the things with real world.
Topics Covered
Every chapter starts with a list of topics being covered in that chapter. In this way, the user can easy find the topic of his/her interest easily.
Instruction through illustration
The instructions to perform any action are provided by maximum number of illustrations so that the user can perform the actions discussed in the book easily and effectively. There are about 2050 small and large illustrations that make the learning process effective.
Tutorial point of view
At the end of concept’s explanation, the tutorial make the understanding of users firm and long lasting. Almost each chapter of the book has tutorials that are real world projects. Moreover most of the tools in this book are discussed in the form of tutorials.
Project
Projects and exercises are provided to students for practicing.
For Faculty
If you are a faculty member, then you can ask for video tutorials on any of the topic, exercise, tutorial, or concept.
Autodesk Inventor 2022 Black Book Training and Consultant Services Preface About Authors Chapter 0 Basics of CAD, CAM, and CAE Introduction to CAD Parametric Modeling V/S Direct Modeling 2D Drawing 3D Modeling Role of CAD Engineer in Industry Documents Prepared by CAD Engineers in Automobile Industry Augmented Reality and Virtual Reality Introduction to CAM Role of CAM Engineer Introduction to CAE Static Analysis Modal Analysis (Vibration Analysis) Thermal analysis Thermal Stress Analysis Event Simulation Shape Optimization Role of CAE Engineer Chapter 1 Starting with Autodesk Inventor Downloading and Installing Autodesk Inventor Student Edition Starting Autodesk Inventor Autodesk Inventor Interface Ribbon File menu Creating New File Opening a file Saving File Exporting Files Sharing View Managing Project files and features iProperties Printing Document Self assessment Chapter 2 Creating Sketches Introduction to Sketching Sketching Plane Relation between sketch, plane, and 3D model Start 2D Sketch Sketch Creation Tools Line tool Control Vertex Spline Interpolation Spline Equation Curve Bridge Curve Circle Tangent Circle Ellipse Three Point Arc Tangent Arc Center Point Arc Two Point Rectangle Three Point Rectangle Two Point Center Rectangle Three Point Center Rectangle Center to Center Slot Overall Slot Center Point Slot Three Point Arc Slot Center Point Arc Slot Polygon Fillet Chamfer Text Geometry Text Point Sketch modification tools Move tool Copy tool Rotate tool Trim tool Extend tool Split tool Scale tool Stretch tool Offset tool Creating patterns of Sketch Entities Rectangular Pattern tool Circular Pattern Mirror tool SELF ASSESSMENT Chapter 3 Dimensioning and Constraining Introduction to Dimensioning Dimensioning Tools General Dimension Tool Automatic Dimensions and Constraints Show Constraints Constraints Coincident Constraint Collinear Constraint Concentric Constraint Fix Constraint Parallel Constraint Perpendicular Constraint Horizontal Constraint Vertical Constraint Tangent Constraint Smooth (G2) Constraint Symmetric Constraint Equal Constraint Constraint Settings Inserting Objects in Sketch Insert Image Tool Import Points tool Insert AutoCAD File Practical 1 Practical 2 Practical 3 Practical 4 Practical 5 Practice 1 Practice 2 Practice 3 Practice 4 Practice 5 Practice 6 SELF ASSESSMENT Chapter 4 Creating Solid Models Introduction Work Plane Offset from Plane Tool Parallel to Plane through Point Tool Midplane between Two Planes Tool Midplane of Torus Tool Angle to Plane around Edge Tool Three Points Tool Two Coplanar Edges Tool Tangent to Surface through Edge Tool Tangent to Surface through Point Tangent to Surface and Parallel to Plane Normal to Axis through Point Tool Normal to Curve at Point Plane tool Axis On Line or Edge Tool Parallel to Line through Point Through Two Points Tool Intersection of Two Planes Normal to Plane through Point Through Center of Circular or Elliptical Edge Through Revolved Face or Feature Axis tool Point Grounded Point Extrude Tool Specifying Distance for Extrusion Setting Extent of Extrusion Boolean Operations Adding Taper to Extrusion Surface Mode of Extrusion Brief Note on Drawings Machine Drawing Production Drawing Part Drawing Assembly Drawing Component representation methods Sketching Plane selection Selecting planes according to orthographic views Practical 1 Practice 1 Revolve Tool Specifying Angle of Revolution Practical 2 Practical 3 Practice 1 Practice 2 Practice 3 Practice 4 Practice 5 SELF ASSESSMENT Chapter 5 Advanced Solid Modeling Tools Introduction Sweep Tool Creating Sweep feature with Follow Path Creating Sweep feature with Fixed Creating Sweep feature with Guide Loft Tool Loft using Rail option Loft with Center Line Loft with Area Loft option Changing Conditions at the starting and end of loft Specifying Transition Point Positions Coil tool Changing the coil size and Behavior Emboss tool Rib Tool Applying Draft to Rib Creating Boss feature on Rib Decal Tool Importing Foreign CAD Files UNWRAP TOOL Modification tools Hole Tool Fillet Tool Face Fillet Tool Full Round Fillet Tool Chamfer Tool Shell Tool Draft Tool Thread Tool Combine Tool Thicken/Offset Tool Split Tool Delete Face Tool Practical 1 Practical 2 Practical 3 SELF ASSESSMENT Chapter 6 Advanced Modeling Tools and Practical Introduction Direct Tool Moving Faces by Direct Editing Changing Size by Direct Editing Scaling Model by Direct Editing Rotating Faces by Direct Editing Deleting Faces by Direct Editing Bend Part Tool Practical 1 Practical 2 Practical 3 Practical 4 Practical 5 Practical 6 Practice 1 Practice 2 Practice 3 Practice 4 Self assessment Chapter 7 Assembly Design Introduction Starting Assembly Environment Placing Components in Assembly Placing Component from Local Storage Place from Content Center Place Imported CAD files Place iLogic Component Electrical Catalog Browser Replacing Component Top-Down and Bottom-Up Approach for Assembly Creating Component in Assembly Positioning Tools Free Move Free Rotate Grid Snap Constrains Mate Constrain Angle Constraint Tangent Constraint Insert Constraint Symmetry Constraint Motion Constraint Transitional Constraint Constraint Set Joints Rigid Joint Rotational Joint Slider Joint Cylindrical Joint Planar Joint Ball Joint Grounded Constraint Contact Set Bill of Materials Driving Constraint Practical 1 Practical 2 Practice 1 Introduction to Presentation Creating New Storyboard Adding New Snapshot View Tweaking Components Setting Opacity of Components Setting Camera Position Creating Drawing View Using Snapshot Publishing Videos and Images SELF ASSESSMENT Chapter 8 Advanced Assembly and Design Introduction Sub-Assemblies Use of Sub-Assembly Pattern in Assembly Mirror and Copy Design Accelerator Components Components for Fastening Bolted Connection Clevis Pin Secure Pin Cross Pin Joint Pin Radial Pin Components for Power Transmission Shaft Spur Gear Designing Worm Gear Designing Bevel Gear Designing Bearing Designing V-Belts Designing Synchronous Belts Designing Roller Chains Designing Key Designing Disc Cam Practice 1 Practice 2 Practice 3 Practice 4 Practice 5 Self assessment Chapter 9 Advanced Assembly and Design-II Introduction Power Transmission Components Designing Linear Cam Designing Cylindrical Cam Designing Parallel Spline Designing Involute Spline Generating O-Ring Design Handbook Brake Calculators Drum Brake Calculator Disc Brake, Band Brake, and Cone Brake Calculator Bearing Calculator Separated Hub Calculator Tolerance Calculator Limits/Fits Calculator Press Fit Calculator Springs Designing Compression Spring Designing Extension Spring Frame Designing Inserting Frame Inserting End Cap Changing Frame Members Mitering Corners Applying Notch Cut Corner Joint Trim/Extend Lengthen/Shorten Frame Member Beam/Column Calculations Measurement Tools Measure Tool Problem 1 Problem 2 Problem 3 SELF ASSESSMENT Chapter 10 Sheetmetal Design Introduction Starting Sheetmetal Environment Starting A New File in Sheetmetal Environment Sheet Metal Defaults Setting Sheet Metal Design Terms Bend Allowance K-Factor Spline Factor Creation Tools Using Face Tool Using Flange Tool Using Contour Flange Using Lofted Flange Tool Using Contour Roll Tool Using Hem Tool Using Bend Tool Using Fold Tool Using Derive Tool Modification Tools Using Cut Tool Using Corner Seam Tool Using Punch Tool Using Rip Tool Using Unfold Tool Using Refold Tool Create Flat Pattern Practical 1 Practical 2 Problem 1 Problem 2 SELF ASSESSMENT Chapter 11 Weldment Assembly Introduction Welding Symbols and Representation in Drawing Butt/Groove Weld Symbols Fillet and Edge Weld Symbols Miscellaneous Weld Symbols Starting Weldment Assembly Preparation Welding Using Fillet Weld Tool Using Groove Weld Tool Using Cosmetic Weld Tool Using Welding Symbol Tool Using End Fill Using Bead Report Machining Weld Calculator Fillet Weld Calculator (Plane) Practical 1 sELF assessment Chapter 12 Mold Design Introduction to Mold Design Designing Wall Thickness Designing Ribs Designing Bosses Designing Gussets Designing Sharp Corners Designing Draft Designing Holes and Cores Designing Undercuts Plastic Part Preparation Tools Using Grill Tool Using Boss Tool Using Rest Tool Using Snap Fit Tool Using Rule Fillet Tool Using Lip Tool Starting Mold Design Assembly Workflow of Mold Design Assembly in Autodesk Inventor Inserting Plastic Part Adjusting Orientation/Position of Part Adjusting Orientation of Part Adjusting Position of Part Preparing Core and Cavity Part Shrinkage Tool Gate Location Tool Define Workpiece Setting Tool Create Patching Surface Tool Manually Creating Patch Surface Create Runoff Surface Tool Other Tools to Create Runoff Surfaces Create Insert Tool Generate Core and Cavity Place Core Pin Creating Pattern of Core and Cavity Rectangular Pattern Circular Pattern Variable Pattern Creating Gate Types of Gates and Their Practical Applications Creating Runner Creating Runner Sketch Creating Runner Model Runner Design Guidelines Creating Secondary Sprue Adding Mold Base to Assembly Customizing Mold Base Components Cooling Channel Creating Cooling Channel Sketch Method for Cooling Channel Creation Guidelines for Cooling Channel Design Creating Cold Well Adding Sprue Bushing Placing Locating Ring Placing Ejector Pin Adding Slider to Mold Assembly Adding Lifter to Mold Assembly Combining Cores and Cavities Creating Pocket in Workpiece Mold Boolean Removing Material Adding Two Bodies Changing Representation of Mold Creating 2D Drawings of Mold self assessment Chapter 13 Surface Design and Freeform Creation Introduction to Surface Design Extruded Surface Surfacing Tools Stitch Surface Tool Boundary Patch Tool Sculpt Tool Ruled Surface Tool Trim Surface Tool Extend Surface Tool Replace Face Tool Freeform Designing Box Tool Face Tool Convert Tool Freeform contextual tab Edit Form Tool Align Form Tool Delete Tool Insert Edge Tool Insert Point Tool Subdivide Tool Merge Edges Tool Unweld Edges Tool Crease Edges Tool Uncrease Edges Tool Weld Vertices Tool Flatten Tool Bridge Tool Thicken Tool Match Edge Tool Symmetry Tool Mirror Tool Practical Measurement Tools Measuring Entities Inspecting Region Properties Analyzing Surface Continuity using Zebra Pattern Performing Draft Analysis Surface Analysis Sections Curvature Comb Analysis Practice 1 Practice 2 Practice 3 SELF ASSESSMENT Chapter 14 Drawing Creation Introduction Elements of Engineering Drawing Types of Engineering Drawings Standard Sheet Sizes for Engineering Drawings Title Block Type of Lines Used in Engineering Drawings Starting New Drawing File Sheet Management Changing Size of Sheet Changing Title Block Inserting Sheets Activating and Deleting Sheet Views in Engineering Drawing Isometric View or Isometric Projection Orthographic Views or Orthographic Projection Inserting Base View Sheet Metal Drawing Options Changing Standards and Styles Changing Projection Type and Other View Related Parameters Modifying Layers of Drawing Objects Creating Projected Views Creating Auxiliary View Creating Section View Modifying Hatching in Section View Creating Detail View Creating Overlay View Modifying Drawing View Break Tool Creating Break Out View Creating Slice of Drawing View Cropping View Annotation Tools Retrieve Model Annotations Tool Dimension Tool Baseline Dimensioning Ordinate Dimensioning Chain Dimensioning Hole and Thread Tool Chamfer Tool Punch Tool Bend Tool Text Tool Leader Text Inserting Symbols Insert Sketch Symbol Inserting Drawing Symbols Engineering Drawing Symbols Inserting Bill of Materials (BOM) Editing Bill of Materials Creating Balloons Practical Practice 1 Practice 2 self assessment Chapter 15 Analyses and Simulation Introduction to Stress Analysis Basics of FEA Assumptions for using FEA Starting Stress Analysis Creating Study Static Analysis Options Modal Analysis Options Shape Generator Contact Options Assigning Material Applying Constraints Fixed Tool Pin Tool Frictionless Tool Applying Loads Force Tool Pressure Tool Bearing Load Tool Moment Tool Gravity Tool Remote Force Tool Body Loads Tool Applying Contacts Automatic Contacts Tool Manual Contact Tool Preparation of Part Finding Thin Bodies Offset Meshing Mesh View Mesh Settings Local Mesh Control Convergence Settings Running Study Generating Reports Modal Analysis Shape Generator Preserve Region Symmetry Plane Shape Generator Settings Performing Shape Generation Practice SELF ASSESSMENT Chapter 16 Model Based Annotations Introduction Workflow for Model Based Annotations Applying Dimensions to 3D Model Changing Annotation Plane Editing Dimension Creating Tolerance Feature Hole/Thread Notes Applying Surface Texture Symbol Creating Leader Text Creating General Note Sectioning Part Practice self assessment Chapter 17 Application Management Introduction Managing Materials Editing Materials General Parameters of Materials Creating a New Material Appearance Clearing Appearances Adjusting Appearance Application Options General Tab Options Save Tab Options File Tab Options Colors Tab Options Display Tab Options Hardware Tab Options Drawing Tab Options Sketch Tab Options Document Settings Manage Tab Update Options Parameters Styles Editor Deriving Components Placing Features from Content Center Inserting System Supported Objects Creating New File Using File Importing a CAD File Model Inserting iFeature Inserting Features from iFeature Catalog Attaching Point Cloud Making Part using Selected Objects Making Components Creating iPart Defining iMate Extracting iFeatures Adding Rules to Model Also By Gaurav Verma Also By Matt Weber
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