Chapter 2 Parametric Modeling Fundamentals

Slides:



Advertisements
Similar presentations
Computer Modeling Fundamentals Using Inventor
Advertisements

Parametric Modeling Parametric Modeling
S2 INVENTOR GAME BOY part one MAIN BODY. S2 INVENTOR Here is what the finished result might look like once put together...
Chapter One AutoCAD Fundamentals
PRESENTATION on AutoCAD 2013 Submitted By :- Dev RANA MECHANICAL BRANCH.
Chapter 2 Sketching, Constraining & Dimensioning.
Computer Modeling Fundamentals Using Inventor
SDC PUBLICATIONS © 2012 Chapter 14 Symmetrical Features in Designs Learning Objectives:  Create Revolved Features  Use the Mirror Feature Command  Create.
Creating Solid Models Parametric Modeling Concept
SDC PUBLICATIONS © 2012 Chapter 11 Geometric Construction Tools Learning Objectives:  Applying Geometry Constraints  Use the Trim/Extend Command  Use.
Autodesk Inventor Professional 2013 Phase 4. Parametric Modeling Parametric Modeling is using the computer to design objects by modeling their components.
SDC PUBLICATIONS © 2012 Chapter 15 Design Reuse Learning Objectives: Understand the Design Reuse concepts Open AutoCAD DWG files in Autodesk Inventor Measure.
SDC PUBLICATIONS © 2012 Chapter 3 Geometric Construction and Editing Tools Learning Objectives:  Set up the display of Drawing Units.  Display AutoCAD's.
SDC PUBLICATIONS © 2012 Chapter 10 Parametric Constraints Fundamentals Learning Objectives:  Display, Add, and Delete Geometric Constraints  Understand.
Copyright - Planchard 2012 SolidWorks Basic Concepts Stephen H. Simmons TDR 200.
Lesson 1 Introduction.  Workbook- Use it like one (You are not going to sell this book back)  Use Questions and Exercises at end of each chapter to.
ES050 – Introductory Engineering Design and Innovation Studio Solid Modeling Prof. Paul Kurowski.
ES050 – Introductory Engineering Design and Innovation Studio 1 Computer Aided Design (CAD) Prof. Paul Kurowski Oct. 28, 2009.
SDC PUBLICATIONS © 2011 Chapter 8 Parametric Drawing Tools Learning Objectives:  Use 2D Projection method to draw Auxiliary Views.  Create Rectangles.
EF 101 Analysis & Skills Module 1.2 Engineering Graphics - Introduction and Sketching Basics.
Chapter 7 Parametric Modeling Fundamentals
SolidWorks Teacher Guide Lesson2
SDC PUBLICATIONS © 2012 Chapter 8 Constructive Solid Geometry Concepts Learning Objectives:  Understand Constructive Solid Geometry Concepts  Create.
ES050 – Introductory Engineering Design and Innovation Studio 1 Features Prof. Paul Kurowski.
Chapter 2 Sketching, Constraining & Dimensioning
Mechanical Engineering Dept., SJSU
Parametric Modeling. 3D Modeling Steps - Sketch Step 1 Sketch Geometry (use the “line” tool today) You are making a four-sided shape that is not necessarily.
SOLIDWORKS: Lesson II – Revolutions, Fillets, & Chamfers UCF Engineering.
Chapter 3 Creating and Editing Sketched Features
Feature-Based Parametric Modeling
Pathway:Engineering Graphics & Design Course:Introduction to Engineering Drawing and Design Unit 9:ENGR-IED-9 Creating 3D Parametric Modeling from Drawings.
MEMD261 Computer Aided Design Pro Engineer Concepts, Interface, Part Creation Basics, and Models in ProEngineer.
Chapter 3 Creating and Editing Sketched Features.
COMPUTER AIDED DRAFTING PROBLEM 1 Prepared By, Jobin joy Assistant professor Providence College of Engineering,Chengannur.
Engineering Graphics with SolidWorks Instructors Name Course Name.
1 Ι © Dassault Systèmes Ι Confidential Information Ι Instructor’s Guide to Teaching SolidWorks Software Lesson 2 School’s Name Teacher’s Name Date.
Chapter 2 Sketching, Constraining & Dimensioning.
Ken Youssefi Introduction to Engineering – E10 1 SolidWorks Select File.
SDC PUBLICATIONS © 2012 Chapter 12 Parent/Child Relationships and the BORN Technique Learning Objectives:  Understand the Concept and Usage of the BORN.
Chapter 2 Sketching, Constraining & Dimensioning.
Chapter 2 Sketching, Constraining & Dimensioning.
ES050 – Introductory Engineering Design and Innovation Studio 1 Features Prof. Paul Kurowski Oct. 30, 2009.
ES1050 – Introductory Engineering Design and Innovation Studio 1 Computer Aided Design (CAD) Part 2 Prof. Paul Kurowski.
Train Body The next series of slides will guide you through the construction of the train body. Start a new drawing and save it as Train Body.
Fundamentals of Autodesk Inventor.  The basic unit of design is the sketch  They are not required to be precise, but it will make your life easier if.
Computer – Aided Design Terminology You must have a generic understanding of commands and techniques which are used in a number of packages (YOU CANNOT.
Computer – Aided Design Terminology You must have a generic understanding of commands and techniques which are used in a number of packages (YOU CANNOT.
3D Computer Modeling Using Inventor™ © 2011 Project Lead The Way, Inc.Design and Modeling.
Computer Modeling Fundamentals Using Inventor
Learning Objectives Pictorial Drawing Types
Computer Modeling Fundamentals Using Inventor
Jeopardy Interface File Types Constraints 2D Sketch Random Q $100
MA9520 – Crossing the Rubicon: Migrating from AutoCAD to Autodesk Inventor Mark Flayler Senior Application Expert – IMAGINiT Technologies.
Two-Dimensional Sketching
Lecture 14 SolidWorks Basic Functionality
Computer Modeling Fundamentals
Sketching.
Autodesk Inventor 2008 Tutorial One Machine Part Alva Academy
Computer Modeling Fundamentals
Computer Modeling Fundamentals Using Inventor
Introduction to 3D Modeling with Inventor
Name Blocks A first look at Autodesk Inventor
Chapter 3 Constructive Solid Geometry Concepts
Computer Modeling Fundamentals
Computer Modeling Fundamentals
3D Modelling Workshop By Keith Phelan!.
Computer Modeling Fundamentals Using Inventor
Computer Modeling Fundamentals
Parametric Modeling Parametric Modeling
Presentation transcript:

Chapter 2 Parametric Modeling Fundamentals Learning Objectives: Create Simple Extruded Solid Models Understand the Basic Parametric Modeling Procedure Create 2-D Sketches Understand the "Shape before Size" Approach Use the Dynamic Viewing Commands Create and Edit Parametric Dimensions

Introduction The feature-based parametric modeling technique enables the designer to incorporate the original design intent into the construction of the model. The word parametric means the geometric definitions of the design, such as dimensions, can be varied at any time in the design process. Parametric modeling is accomplished by identifying and creating the key features of the design with the aid of computer software. In Autodesk Inventor, the parametric part modeling process involves the following steps: Create a rough two-dimensional sketch of the basic shape of the base feature of the design. Apply/modify constraints and dimensions to the two-dimensional sketch. Extrude, revolve, or sweep the parametric two-dimensional sketch to create the base solid feature of the design. Add additional parametric features by identifying feature relations and complete the design. Perform analyses on the computer model and refine the design as needed. Create the desired drawing views to document the design.

Starting the Autodesk Inventor

Start a New Model

Inventor® 2016 Screen Layout Application menu Quick Access toolbar Ribbon Tabs and Toolbars Graphics Window Model Browser 3D Indicator Message or Single-line Help

The Adjuster design

Sketch Plane

Creating Rough Sketches As the name implies, a rough sketch is not precise at all. When sketching, we simply sketch the geometry so that it closely resembles the desired shape. Precise scale or lengths are not needed. Autodesk Inventor provides us with many tools to assist us in finalizing sketches. For example, geometric entities such as horizontal and vertical lines are set automatically. However, if the rough sketches are poor, it will require much more work to generate the desired parametric sketches. Here are some general guidelines for creating sketches in Autodesk Inventor: Create a sketch that is proportional to the desired shape. Concentrate on the shapes and forms of the design. Keep the sketches simple. Leave out small geometry features such as fillets, rounds and chamfers. Exaggerate the geometric features of the desired shape. Draw the geometry so that it does not overlap. The sketched geometric entities should form a closed region.

Creating Rough Sketches

Geometric Constraint Symbols

Creating a Solid Feature

Dynamic Viewing Functions

Add an Extruded Feature

Add a Cut Feature

Add another Cut Feature