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Autodesk Inventor 2019

Autodesk Inventor 2019 Author ASCENT - Center for Technical Knowledge
ISBN-10 1947456148
Release 2018-03-25
Pages 548
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Note: This book is a continuation of Autodesk Inventor 2019: Introduction to Solid Modeling - Part 1. The Autodesk(R) Inventor(R) 2019: Introduction to Solid Modeling learning guide provides you with an understanding of the parametric design philosophy through a hands-on, practice-intensive curriculum. You will learn the key skills and knowledge needed to design models using Autodesk Inventor, starting with conceptual sketching, through to solid modeling, assembly design, and drawing production. Topics Covered Understanding the Autodesk(R) Inventor(R) software interface Creating, constraining, and dimensioning 2D sketches Creating and editing the solid base 3D feature from a sketch Creating and editing secondary solid features that are sketched and placed Creating equations and working with parameters Manipulating the display of the model Resolving feature failures Duplicating geometry in the model Placing and constraining/connecting parts in assemblies Manipulating the display of components in an assembly Duplicating components in an assembly Obtaining model measurements and property information Creating Presentation files (Exploded views and Animations) Modifying and analyzing the components in an assembly Simulating motion in an assembly Creating parts and features in assemblies Creating and editing an assembly Bill of Materials Working with projects Creating and annotating drawings and views Customizing the Autodesk Inventor environment Prerequisites Access to the 2019 version of the software. The practices and files included with this guide might not be compatible with prior versions As an introductory learning guide, Autodesk Inventor 2019: Introduction to Solid Modeling does not assume prior knowledge of any 3D modeling or CAD software. Students do need to be experienced with the Windows operating system and a background in drafting of 3D parts is recommended.



Autodesk Inventor 2017 ILogic

Autodesk Inventor 2017 ILogic Author ASCENT - Center for Technical Knowledge
ISBN-10 1943184410
Release 2016-03-29
Pages
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The Autodesk(R) Inventor(R) 2017 (R1) iLogic student guide teaches students to use the iLogic functionality that exists in the Autodesk(R) Inventor(R) 2017 (R1) software. In this practice-intensive curriculum, students acquire the knowledge needed to use iLogic to automate Autodesk Inventor designs. In this student guide, students learn how iLogic functionality furthers the use of parameters in a model by adding an additional layer of intelligence. By setting criteria in the form of established rules they learn how to capture design intent, enabling them to automate the design workflow to meet various design scenarios in part, assembly, and drawing files. Topics Covered iLogic functionality overview. iLogic workflow overview. Review of model and user-defined parameters, and equations and their importance in iLogic. Understanding the iLogic interface components (iLogic Panel, Edit Rule dialog box, and iLogic Browser). Rule creation workflow for Autodesk Inventor parts and assemblies. Using variations of conditional statements in an iLogic rule. Accessing and incorporating the various function types into an iLogic part, assembly, or drawing file rule. Event Triggers and iTriggers. Creating Forms to create a custom user interface for an iLogic rule. Prerequisites The class assumes a mastery of Autodesk Inventor basics as taught in Autodesk Inventor Introduction to Solid Modeling. The Autodesk Inventor Advanced Part and Assembly Modeling student guides are also highly recommended. No programming knowledge is required to use the basic iLogic functions; however, programming experience can be an asset when using the advanced functions.



Autodesk Inventor 2017 Advanced Part Modeling

Autodesk Inventor 2017 Advanced Part Modeling Author ASCENT - Center for Technical Knowledge
ISBN-10 1943184372
Release 2016-03-24
Pages
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Autodesk Inventor 2017 (R1): Advanced Part Modeling is the second in a series of training guides on the Autodesk Inventor software that is published by ASCENT. The goal of this guide is to build on the skills acquired in the Autodesk Inventor Introduction to Solid Modeling training guide by taking students to a higher level of productivity when designing part models using the Autodesk Inventor software. In this training guide, the student considers various approaches to part design. Specific advanced part modeling techniques covered include multi-body design, advanced lofts, advanced sweeps, coils, generative shape design, surface modeling, and Freeform modeling. Material aimed at increasing efficiency includes: iFeatures for frequently used design elements, iParts for similar designs, and how to work with imported data. The guide also covers some miscellaneous drawing tools such as custom sketches symbols, working with title blocks and borders, and documenting iParts. Topics Covered - Advanced model appearance options - 2D and 3D sketching techniques - Multi-body part modeling - Advanced geometry creation tools (work features, area lofts, sweeps, and coils) - Analysis tools - Generative shape design using Shape Generator - Creating and editing basic surfaces, importing surfaces, and surface repair tools - iFeatures and iParts - Importing data from other CAD systems and making edits. - Working with AutoCAD DWG files. - Freeform modeling - Emboss and Decal features - Advanced Drawing tools (iPart tables, surfaces in drawing views, and custom sketched symbols) - Adding notes with the Engineer's Notebook Prerequisites The material assumes a mastery of Autodesk Inventor basics as taught in Autodesk Inventor Introduction to Solid Modeling. Students should know how to create and edit parts, use work features, create and annotate drawing views, etc. The use of Microsoft Excel is required for this training course.



Autodesk Inventor 2018 Sheet Metal Design

Autodesk Inventor 2018 Sheet Metal Design Author ASCENT - Center for Technical Knowledge
ISBN-10 194657127X
Release 2017-03-21
Pages
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The Autodesk(R) Inventor(R) 2018: Sheet Metal Design student guide introduces the concepts and techniques of sheet metal modeling with the Autodesk Inventor software. The structure of the student guide follows the typical stages of using the Autodesk Inventor software. That is, to create and edit sheet metal parts, generate flat patterns, and document the designs in drawings. Topics Covered Autodesk Inventor Sheet Metal interface Sheet metal design process Creating base Faces, Contour Flanges, and Contour Rolls Creating secondary Faces, Contour Flanges, and Contour Rolls Sheet metal parameters Creating Flanges Creating Hems, Folds, and Bends Corner Rounds and Chamfers Sheet Metal Cuts (Holes, Cuts, and Punch Features) Corner Seams (Seams and Miters) Generating Flat Patterns Lofted Flanges Rips Unfolding and Refolding Multi-Body Sheet Metal Modeling Documentation and Annotation of drawings Converting solid models to sheet metal models Sheet Metal Styles Prerequisites Prior knowledge of 3D solid part modeling using the Autodesk(R) Inventor(R) software. Familiarity with the Microsoft(R) Windows(R) operating system. A background in designing and drafting 3D parts is recommended. Knowledge of sheet metal processing is an asset, but not required.



Autodesk Inventor 2015 A Tutorial Introduction

Autodesk Inventor 2015   A Tutorial Introduction Author L. Scott Hansen
ISBN-10 9781585038770
Release 2014-03
Pages 362
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This unique text presents a thorough introduction to Autodesk Inventor for anyone with little or no prior experience with CAD software. It can be used in virtually any setting from four year engineering schools to on-the-job use or self-study. Unlike other books of its kind, it begins at a very basic level and ends at a very advanced level. It’s perfect for anyone interested in learning Autodesk Inventor quickly and effectively using a “learning by doing” approach. The philosophy behind this book is that learning computer aided design programs is best accomplished by emphasizing the application of the tools. Students also seem to learn more quickly and retain information and skills better if they are actually creating something with the software program. The driving force behind this book is “learning by doing.” The instructional format of this book centers on making sure that students learn by doing and that students can learn from this book on their own. In fact, this is one thing that differentiates this book from others: the emphasis on being able to use the book for self-study. The presentation of Autodesk Inventor is structured so that no previous knowledge of any CAD program is required. This book uses the philosophy that Inventor is mastered best by concentrating on applying the program to create different types of solid models, starting simply and then using the power of the program to progressively create more complex solid models. The Drawing Activities at the end of each chapter are more complex iterations of the part developed by each chapter’s objectives. CAD programs are highly visual, there are graphical illustrations showing how to use the program. This reinforces the “learn by doing” philosophy since a student can see exactly what the program shows, and then step through progressive commands to implement the required operations. Rather than using a verbal description of the command, a screen capture of each command is replicated.



Autodesk Inventor 2019 Essentials Plus

Autodesk Inventor 2019 Essentials Plus Author Daniel Banach
ISBN-10 9781630571726
Release
Pages 608
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Autodesk Inventor 2019 Essentials Plus provides the foundation for a hands-on course that covers basic and advanced Autodesk Inventor features used to create, edit, document, and print parts and assemblies. You learn about part and assembly modeling through real-world exercises. Autodesk Inventor 2019 Essentials Plus demonstrates critical CAD concepts, from basic sketching and modeling through advanced modeling techniques, as it equips you with the skills to master this powerful professional tool. The book walks you through every component of the software, including the user interface, toolbars, dialogue boxes, sketch tools, drawing views, assembly modeling, and more. Its unique modular organization puts key information at your fingertips, while step-by-step tutorials make it an ideal resource for self-learning. Packed with vivid illustrations and practical exercises that emphasize modern-day applications, Autodesk Inventor 2019 Essentials Plus will prepare you for work in the real world. Each chapter is organized into four sections. Objectives, which describe the content and learning objectives; topic coverage, which presents a concise review of the topic; exercises, which present the workflow for a specific command or process through illustrated step-by-step instructions; and finally a checking your skills section, which tests your understanding of the material. Who Should Use This Manual? The manual is designed to be used in instructor-led courses, although you may also find it helpful as a self-paced learning tool. It is recommended that you have a working knowledge of Microsoft® Windows® as well as a working knowledge of mechanical design principles.



Learning Autodesk Inventor 2015

Learning Autodesk Inventor 2015 Author Randy Shih
ISBN-10 9781585038794
Release 2014-06-19
Pages 512
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This book will teach you everything you need to know to start using Autodesk Inventor 2015 with easy to understand, step-by-step tutorials. This book features a simple robot design used as a project throughout the book. You will learn to model parts, create assemblies, run simulations and even create animations of your robot design. An unassembled version of the same robot used throughout the book can be bundled with the book. No previous experience with Computer Aided Drafting (CAD) is needed since this book starts at an introductory level. The author begins by getting you familiar with the Inventor interface and its basic tools. You will start by learning to model simple robot parts and before long you will graduate to creating more complex parts and multi-view drawings. Along the way you will learn the fundamentals of parametric modeling through the use of geometric constraints and relationships. You will also become familiar with many of Inventor's powerful tools and commands that enable you to easily construct complex features in your models. Also included is coverage of gears, gear trains and spur gear creation using Autodesk Inventor. This book continues by examining the different mechanisms commonly used in walking robots. You will learn the basic types of planar four-bar linkages commonly used in mechanical designs and how to use the GeoGebra Dynamic Geometry software to simulate and analyze 2D linkages. Using the knowledge you gained about linkages and mechanism, you will learn how to modify your robot and change its behavior by modifying or creating new parts. In the final chapter of this book you learn how to combine all the robot parts into assemblies and then run motion analysis. You will finish off your project by creating 3D animations of your robot in action. There are many books that show you how to perform individual tasks with Autodesk Inventor, but this book takes you through an entire project and shows you the complete engineering process. By the end of this book you will have modeled and assembled nearly all the parts that make up the TAMIYA® Mechanical Tiger and can start building your own robot.



AutoCAD Electrical 2018 Fundamentals with Nfpa Standards

AutoCAD Electrical 2018 Fundamentals with Nfpa Standards Author ASCENT - Center for Technical Knowledge
ISBN-10 1946571369
Release 2017-03-30
Pages
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The AutoCAD(R) Electrical 2018: Fundamentals with NFPA Standards learning guide covers the indispensable core topics for working with the AutoCAD(R) Electrical software. In this learning guide, you will learn how to use many of the powerful electrical drawing creation tools in the AutoCAD Electrical software. You will create schematic drawings (ladder logic and point to point), panel drawings, and PLC-I/O circuits using automated commands for symbol insertion, component tagging, wire numbering, and drawing modification. In addition, you are introduced to methods of customizing AutoCAD Electrical symbols, circuits, and databases. Other topics covered include titleblock linking, reporting tools, templates, and project files. Topics Covered Understanding project files Creating and editing schematic and panel drawings Working with PLC symbols Creating custom symbols Generating reports Prerequisites Before taking this course, students need to have a good working knowledge of the AutoCAD(R) software and electrical terminology.



Up and Running with Autodesk Inventor Professional 2012

Up and Running with Autodesk Inventor Professional 2012 Author Wasim Younis
ISBN-10 1461066115
Release 2011-04-01
Pages 226
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This title is dedicated to the requirements of Inventor Simulation users who need to quickly learn or refresh their skills, and apply the dynamic simulation, assembly analysis, and optimization capabilities of Inventor Simulation 2010.



Tools for Design Using AutoCAD 2018 and Autodesk Inventor 2018

Tools for Design Using AutoCAD 2018 and Autodesk Inventor 2018 Author Randy Shih
ISBN-10 9781630571276
Release 2017-07-03
Pages 640
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Tools for Design is intended to provide the user with an overview of computer aided design using two popular CAD software packages from Autodesk: AutoCAD and Autodesk Inventor. This book explores the strengths of each package and shows how they can be used in design, both separately and in combination with each other. What you'll learn How to create and dimension 2D multiview drawings using AutoCADHow to freehand sketch using axonometric, oblique and perspective projection techniquesHow to create 3D parametric models and 2D multiview drawings using Autodesk InventorHow to reuse design information between AutoCAD and Autodesk InventorHow to combine parts into assemblies including assembly modeling with a LEGO® MINDSTORMS® Education Base Set, with a TETRIX® kit and a VEX Robot KitHow to perform basic finite element stress analysis using Inventor Stress Analysis Module



Autodesk Vault Workgroup 2017 R1 Essentials

Autodesk Vault Workgroup 2017  R1  Essentials Author ASCENT - Center for Technical Knowledge
ISBN-10 1943184666
Release 2016-05-24
Pages 300
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The " Autodesk(r) Vault Workgroup 2017 (R1) Essentials " student guide expands the Autodesk(r) Vault Basic functionality to working with document lifecycles and providing knowledge of advanced data organization. This student guide is intended for users and CAD administrators with Autodesk Vault Basic knowledge desiring to expand their skills to accommodate additional engineering workflows and data organization. This student guide focuses on the features of Autodesk Vault Workgroup. Hands-on exercises are included to reinforce lifecycle and revision management. Students are taught how to manage lifecycles, properties, categories, and revisions. Topics Covered Introduction to Autodesk Vault Workgroup Lifecycle States Revision Management Working with Categories Managing Properties Automatic File Naming Creating Reports Copy Design Job Server Vault Revision Table Administration Prerequisites Students should have a good working knowledge of Autodesk CAD programs and have working knowledge of Autodesk Vault Basic features.



Autodesk Inventor 2018 Tube and Pipe Design

Autodesk Inventor 2018 Tube and Pipe Design Author ASCENT - Center for Technical Knowledge
ISBN-10 1946571296
Release 2017-03-21
Pages
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The Autodesk(R) Inventor(R) 2018: Tube and Pipe Design student guide instructs students on the use of the Inventor Tube and Pipe environment. Through a hands-on, practice-intensive curriculum, students acquire the knowledge needed to design routed elements, including tubing, piping, and flexible hose. With specific tools to incorporate tube and pipe runs into digital prototypes, the Inventor Tube and Pipe environment provides rules-based routing tools that select the correct fittings and helps the pipe run to comply with your standards for segment length, round-off increments, and bend radius, that the student will learn to maximize. Topics Covered Describe the tube and pipe environment and why you would use it. Set up routes and runs and place the initial fittings in your tube and pipe design. Create, edit, and manage routes for rigid pipe, rigid tube, and flexible hose designs. Manage content libraries, publish custom content to content libraries, and create new styles that use custom content. Document tube and pipe designs through the creation of 2D drawings and parts lists and export the 3D design data. Prerequisites This student guide is designed for experienced users of the Autodesk Inventor software. The following is recommended: Students should have completed the Autodesk(R) Inventor(R) 2018: Introduction to Solid Modeling student guide, or have an equivalent understanding of the Autodesk Inventor 2018 user interface and working environments. Knowledge of part modeling, assembly modeling, and drawing view creation and annotation, is recommended.



Autodesk Inventor 2018 Basics Tutorial

Autodesk Inventor 2018 Basics Tutorial Author Tutorial Books
ISBN-10 1547048409
Release 2017-05-31
Pages 190
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A step-by-step tutorial on Autodesk Inventor basics Autodesk Inventor is used by design professionals for 3D modeling, generating 2D drawings, finite element analysis, mold design, and other purposes. This tutorial is aimed at novice users of Inventor and gives you all the basic information you need so you can get the essential skills to work in Autodesk Inventor immediately. This book will get you started with basics of part modeling, assembly modeling, presentations, and drawings. Next, it teaches you some intermediate level topics such as additional part modeling tools, sheet metal modeling, top down assembly feature, assembly joints, and dimension & annotations. Brief explanations, practical examples and stepwise instructions make this tutorial complete. Table of Contents 1. Getting Started with Inventor 2018 2. Part Modeling Basics 3. Assembly Basics 4. Creating Drawings 5. Additional Modeling Tools 6. Sheet Metal Modeling 7. Top-Down Assembly and Assembly Joints 8. Dimensions and Annotations 9. Model Based Dimensioning If you are an educator, you can request a free evaluation copy by sending us an email to [email protected]



Autodesk Inventor 2018 Surface and Freeform Modeling

Autodesk Inventor 2018 Surface and Freeform Modeling Author ASCENT - Center for Technical Knowledge
ISBN-10 1946571652
Release 2017-04-17
Pages
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The Autodesk(R) Inventor(R) 2018: Surface and Freeform Modeling student guide teaches you how to incorporate surfacing and freeform modeling techniques into your design environment. You begin with instruction on how to create the splines and 3D sketches commonly used in surface creation. Chapters on surface creation focus on using these sketches or existing geometry to create surfaces for use in your solid models. Freeform modeling is also covered, which enables you to create complex shapes without needing the constraints required in a parametric workflow. To complete the student guide, you will learn how to use the Autodesk Inventor surface analysis tools to evaluate the continuity between surfaces and the curvature on a surface, determine if the applied draft is within a specified range, and conduct section analysis to evaluate wall thickness values. The topics covered in this student guide are also covered in ASCENT's Autodesk(R) Inventor(R) 2018: Advanced Part Modeling student guide, which includes a broader range of advanced learning topics. Topics Covered Create spline and 3D sketched entities. Create planar and three-dimensional surfaces. Combine individual surface features into a single quilted surface. Add or remove material in a model by referencing a surface. Create solid geometry using surface geometry. Remove portions of a surface using a reference surface or work plane. Manipulate the extent of a surface by extending or stretching it. Create a new solid face by replacing an existing solid face with surface geometry. Remove existing surfaces or solid faces from a model. Copy surfaces from one model into another. Create freeform geometry base shapes, faces, and converted geometry. Edit freeform base geometry by manipulating existing geometry or adding new elements to the base shape. Use the surface analysis tools to evaluate continuity between surfaces, check draft values, analyze curvature on a surface, and review sectioned areas of the model. Prerequisites The material covered in this student guide assumes a mastery of Autodesk Inventor basics as taught in the Autodesk Inventor: Introduction to Solid Modeling student guide.



Fundamentals of Multimedia

Fundamentals of Multimedia Author Ze-Nian Li
ISBN-10 9783319052908
Release 2014-04-09
Pages 727
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This textbook introduces the “Fundamentals of Multimedia”, addressing real issues commonly faced in the workplace. The essential concepts are explained in a practical way to enable students to apply their existing skills to address problems in multimedia. Fully revised and updated, this new edition now includes coverage of such topics as 3D TV, social networks, high-efficiency video compression and conferencing, wireless and mobile networks, and their attendant technologies. Features: presents an overview of the key concepts in multimedia, including color science; reviews lossless and lossy compression methods for image, video and audio data; examines the demands placed by multimedia communications on wired and wireless networks; discusses the impact of social media and cloud computing on information sharing and on multimedia content search and retrieval; includes study exercises at the end of each chapter; provides supplementary resources for both students and instructors at an associated website.



Autodesk Navisworks 2017 Using Autodesk Navisworks in a BIM Workflow

Autodesk Navisworks 2017 Using Autodesk Navisworks in a BIM Workflow Author ASCENT - Center for Technical Knowledge
ISBN-10 1946571415
Release 2017-03-15
Pages
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The Autodesk(R) Navisworks(R) 2017: Using Autodesk Navisworks in a BIM Workflow student guide teaches you how to better predict project outcomes, reduce conflicts and changes, and achieve lower project risk using the Autodesk(R) Navisworks(R) Manage software in a BIM workflow. Building Information Modeling (BIM) encompasses the entire building life cycle. BIM includes all phases of the design process, from model creation, to construction, and ending at operations and maintenance. Using a BIM workflow, you will learn how a design changes throughout the BIM process, and how the changes affect the BIM model. Over the course of this student guide, you will learn how to consolidate civil, architectural, structural, and MEP models into one BIM model. Starting with an AutoCAD(R) Civil 3D(R) drawing file, you will append various Autodesk(R) Revit(R) and Autodesk(R) Inventor(R) models and check for conflicts. Next, you will use review and markup tools for communicating issues across disciplines. Finally, you will use TimeLiner, Animator, and Clash Detective to simulate construction and find constructibility issues and on-site clashes. This student guide is designed for new and experienced users of the Autodesk Navisworks software in multiple disciplines. This student guide has been developed using software version 14.0.1298.75. Topics Covered Understanding the purpose of Building Information Modeling (BIM) and how it is applied in the Autodesk Navisworks software. Consolidate Models Navigating the Autodesk Navisworks workspace and interface. Creating a composite model. Transforming models for proper alignment. Review and Analyze Models Using basic viewing tools. Saving and retrieving views. Sectioning a model. Investigating properties. Searching for items. Hiding and unhiding items. Communication Measuring a model. Adding tags and comments to model components. Marking up and redlining the model. Animate a model. Collaboration Reviewing a model for clashes. Consolidating redlines from other team members. Construction Creating a construction timeline. Animating a construction timeline. Prerequisites This student guide is designed for new and experienced users of the Autodesk Navisworks software in multiple disciplines. A working knowledge of 3D design and task-scheduling software is recommended.



Autodesk Cfd 2017 Essentials

Autodesk Cfd 2017 Essentials Author ASCENT - Center for Technical Knowledge
ISBN-10 194318478X
Release 2016-07-28
Pages
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The Autodesk(r) CFD 2017 Essentials student guide instructs students in the use of the Autodesk(r) CFD software. The software provides computational fluid dynamics and thermal simulation tools to predict product performance, optimize designs, and validate product behavior before manufacturing. Through a hands-on, practice-intensive curriculum, students acquire the knowledge required to work in the Autodesk CFD environment to setup and conduct thermal and flow analyses on part and assembly models. Exercises are provided that cover electronic cooling, flow control, and AEC type models. Topics Covered Open and navigate the Autodesk CFD environment to conduct flow and thermal analyses on part and assembly models. Use the Model Assessment Toolkit to investigate the suitability of model geometry for analysis, and use Autodesk(r) SimStudio Tools to make required changes to the CAD geometry. Create internal and external fluid volumes. Setup analyses by applying appropriate materials, boundary conditions and mesh settings. Refine mesh to obtain a proper solution. Apply appropriate solver settings to run your analyses and converge to an acceptable solution. Use the visualization tools to compare summary images, summary values, and summary plots of your analyses to compare design and scenario results of an Autodesk CFD analysis. Conduct a final validation of your solution by running through a validation checklist. Prerequisites This student guide assumes that a student has some Flow and Thermal analysis knowledge and can interpret results. The main goal of this student guide is to teach a user that is new to the Autodesk CFD software how to navigate the interface to successfully analyze a model. This student guide was written using the 20160317 build of the Autodesk CFD 2017 software. The software user-interface and workflow may vary if newer versions of the software are being used. The exercises were completed using the advanced solver license. Instructions are provided to complete this class with a basic solver license.