SDC PUBLICATIONS © 2012 Chapter 4 Orthographic Views in Multiview Drawings Learning Objectives:  Create 2D orthographic views using AutoCAD.  Using the.

Slides:

Advertisements

Similar presentations

SDC PUBLICATIONS © 2011 Chapter 3 Geometric Construction and Editing Tools Learning Objectives:  Set up the display of Drawing Units.  Display AutoCAD's.

Advertisements

SDC PUBLICATIONS © 2012 Introduction Learning Objectives: Basic Computer Aided Design and Computer Aided Engineering Terminology Development of Computer.

SDC PUBLICATIONS © 2011 Introduction Getting Started Learning Objectives:  Development of CAD systems.  Why use AutoCAD 2012?  Be familiar with the.

SDC PUBLICATIONS © 2011 Chapter 10 Section Views Learning Objectives:  Use CAD methods to create Section Views.  Use the Object Snap Shortcut options.

SDC PUBLICATIONS © 2011 Chapter 5 Orthographic Views in Multiview Drawings Learning Objectives:  Create 2D orthographic views using AutoCAD.  Using the.

Chapter 5: Orthographic Views. Agenda 3 Views of an Object Projection between Views Hidden lines and precedence Demonstration Compound Lines Oblique Surfaces.

SDC PUBLICATIONS © 2012 Chapter 6 Pictorials and Sketching Objectives:  Understand the importance of Freehand Sketching.  Understand the terminology.

SDC PUBLICATIONS © 2011 Chapter 9 Auxiliary Views and Editing with GRIPS Learning Objectives:  Use 2D Projection method to draw Auxiliary Views.  Create.

Chapter 17 Design Analysis using Inventor Stress Analysis Module

ME 250: Design & Manufacturing I School of Mechanical Engineering

First-Year Engineering Program Engineering H191 Engineering Fundamentals and Laboratory I Week 08 Day 03 AutoCAD Introduction.

Civil 114 Civil Engineering Drawing AutoCAD

Getting Started with 3-D CAD by Solid Modeling

Product Control Drawings. Control Drawings For idea presentation and official record Usually 1:1 or scaled projective drawing Key dimensions marked Colour.

CEE 498C AutoCAD Graphics Communication for Civil and Environmental Engineers Introduction to the class and the software Chapter 1.

Chapter One AutoCAD Fundamentals

Computer-Aided Design & Drafting

SDC PUBLICATIONS © 2012 Chapter 14 Symmetrical Features in Designs Learning Objectives:  Create Revolved Features  Use the Mirror Feature Command  Create.

SDC PUBLICATIONS © 2012 Chapter 11 Geometric Construction Tools Learning Objectives:  Applying Geometry Constraints  Use the Trim/Extend Command  Use.

SDC PUBLICATIONS © 2012 Chapter 13 Part Drawings and 3D Annonations Learning Objectives:  Create Drawing Layouts from Solid Models  Understand Associative.

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.

SDC PUBLICATIONS © 2012 Chapter 16 Assembly Modeling Learning Objectives:  Understand the Assembly Modeling Methodology  Create Parts in the Assembly.

SDC PUBLICATIONS © 2011 Chapter 8 Parametric Drawing Tools Learning Objectives:  Use 2D Projection method to draw Auxiliary Views.  Create Rectangles.

Ch 17 communicating solutions 1.Alphabet of lines- technical lines used in multi-view drawings.

EF 101 Analysis & Skills Module 1.2 Engineering Graphics - Introduction and Sketching Basics.

Chapter 7 Parametric Modeling Fundamentals

SDC PUBLICATIONS © 2011 Chapter 1 AutoCAD Fundamentals Learning Objectives:  Create and Save AutoCAD drawing files.  Use the AutoCAD visual reference.

SDC PUBLICATIONS © 2011 Chapter 2 Basic Object Construction and Dynamic Input Learning Objectives:  Referencing the WCS.  Use the Startup dialog box.

SDC PUBLICATIONS © 2012 Chapter 8 Constructive Solid Geometry Concepts Learning Objectives:  Understand Constructive Solid Geometry Concepts  Create.

Dec 13, 2005 Introduction to 3D Drawing Ipek Gursel Office: A301

Bell Ringer Please define the following terms : Drafting Career Vocabulary Day 9 (8/19) + Day 10 (8/20) Learning Target: I can demonstrate safe and acceptable.

SDC PUBLICATIONS © 2011 Chapter 7 Templates and Plotting Learning Objectives:  Set up the AutoCAD Plot Style option.  Create a Template file.  Use the.

Engineering Concepts Chapter 1 Terms. CENTER LINE  A line consisting of a long dash followed by a short dash, that is used to show and locate centers.

Introduction to AutoCAD Engineering Drawings

Orthographic & Isometric Sketching Resources Leon Grant.

Multiview Drawings. Multiview Drawing A multiview drawing is one that shows two or more two-dimensional views of a three- dimensional object. Multiview.

Faculty of Electrical Engineering 1 Lecture : En. Syahrom Bin Zakaria EC202 COMPUTER AIDED DESIGN.

AutoCAD Vocabulary Carlin Bright Janury CAD Computer Aided Design.

Prepared by: Nor Helya Iman Kamaludin Prepared by: Nor Helya Iman Kamaludin Lecture 4: Multiple Views 1 PTT 105/3: Engineering Graphics.

Class12_1 Today’s topics: More on AutoCAD, dimensioning Reminders: –Design demo in 2 weeks –Exam in 2.5 weeks.

Bell Work Engineering New Products Read pages of Chapter 19 in the Manufacturing book.

Chapter 5 Sketching Applications. Introduction Sketching (i.e., freehand drawing) –Drawing without drafting equipment –Only paper, pencil, and an eraser.

Multiview Drawings. Multiview Drawing A multiview drawing is one that shows two or more two-dimensional views of a three- dimensional object. Multiview.

SDC PUBLICATIONS © 2012 Chapter 12 Parent/Child Relationships and the BORN Technique Learning Objectives:  Understand the Concept and Usage of the BORN.

 Line of sight (LOS) is an imaginary line from the eye to the object. LOS for F.V. LOS for T.V.  To see the true shape of a surface, LOS must be perpendicular.

Class11_2 Today’s topics: More on AutoCAD. DP…questions?

SDC PUBLICATIONS © 2012 Chapter Two Basic Object Construction and Dynamic Input Learning Objectives:  Referencing the WCS.  Use the Startup dialog box.

Chapter 9 Model History Tree

Types of Drawing. Introduction One of the best ways to communicate one's ideas is through some form of picture or drawing. This is especially true for.

Sketching Multiview Drawings

Engineering H191 - Drafting / CAD Gateway Engineering Education Coalition Lect 12P. 1Autumn Quarter Solid Modeling Lecture 12.

PLEASE USE THE ENTER KEY OR RIGHT CLICK ON THE MOUSE TO ADVANCE.

Certification Exam Guide Rebecca J. Conner

9 Multiview Drawings Permission granted to reproduce for educational use only. © Goodheart-Willcox Co., Inc. Understand the principles of orthographic.

Chapter 7 Computer-Aided Design and Drafting in Architecture.

Design Communication. Freehand Drawing Definition: The spontaneous representation of ideas on paper without the use of technical aids.

Layouts and Lettering Chapter 2.

AXONOMETRIC PROJECTION

Auxiliary Views Chapter 7.

Computer Application AutoCAD Program

Recruitment & Employment Specialist

GEARS AND CAMS C H A P T E R S E V E N T E E N.

Multiview Projection.

Chapter 3 Constructive Solid Geometry Concepts

AXONOMETRIC PROJECTION

Layouts and Lettering Chapter 2.

Introduction To Drawings, Saving Drawings Chapter 8 Placing Text

Presentation transcript:

SDC PUBLICATIONS © 2012 Chapter 4 Orthographic Views in Multiview Drawings Learning Objectives:  Create 2D orthographic views using AutoCAD.  Using the CONSTRUCTION LINE command to draw.  Using Running Object Snaps.  Use AutoCAD’s AutoSnap and AutoTrack features.  Create a Miter line to transfer dimensions.  Using Projection lines between orthographic views.  Use the POLAR Tracking option.

Tools For Design: AutoCAD® & Autodesk Inventor SDC PUBLICATIONS © 2012 Introduction Most drawings produced and used in industry are multiview drawings. Multiview drawings are used to provide accurate three-dimensional object information on two-dimensional media, a means of communicating all of the information necessary to transform an idea or concept into reality. The standards and conventions of multiview drawings have been developed over many years, which equip us with a universally understood method of communication. The age of computers has greatly altered the design process, and several CAD methods are now available to help generate multiview drawings using CAD systems. Multiview drawings usually require several orthographic views to define the shape of a three-dimensional object. Each orthographic view is a two- dimensional drawing showing only two of the three dimensions of the three-dimensional object. Consequently, no individual view contains sufficient information to completely define the shape of the three- dimensional object. All orthographic views must be looked at together to comprehend the shape of the three-dimensional object. The arrangement and relationship between the views are therefore very important in multiview drawings. In this chapter, the common methods of creating two- dimensional orthographic views with AutoCAD are examined.

Tools For Design: AutoCAD® & Autodesk Inventor SDC PUBLICATIONS © 2012 The Locator Design

Tools For Design: AutoCAD® & Autodesk Inventor SDC PUBLICATIONS © 2012 Layers setup

Tools For Design: AutoCAD® & Autodesk Inventor SDC PUBLICATIONS © 2012 Drawing Construction Lines Construction lines are lines that extend to infinity. Construction lines are usually used as references for creating other objects. We will also place the construction lines on the Construction layer so that the layer can later be frozen or turned off.

Tools For Design: AutoCAD® & Autodesk Inventor SDC PUBLICATIONS © 2012 Using the Offset command

Tools For Design: AutoCAD® & Autodesk Inventor SDC PUBLICATIONS © 2012 Running Object Snaps

Tools For Design: AutoCAD® & Autodesk Inventor SDC PUBLICATIONS © 2012

Tools For Design: AutoCAD® & Autodesk Inventor SDC PUBLICATIONS © 2012 Drawing using the Miter Line method

Tools For Design: AutoCAD® & Autodesk Inventor SDC PUBLICATIONS © 2012

Tools For Design: AutoCAD® & Autodesk Inventor SDC PUBLICATIONS © 2012

Tools For Design: AutoCAD® & Autodesk Inventor SDC PUBLICATIONS © 2012

Tools For Design: AutoCAD® & Autodesk Inventor SDC PUBLICATIONS © 2012 Object Information Using the List command

Tools For Design: AutoCAD® & Autodesk Inventor SDC PUBLICATIONS © 2012 Object Information Using the Properties command