WORKING DRAWINGS Footer Text 11/14/2018.

Slides:



Advertisements
Similar presentations
Dimensioning Dimensioning Gateway To Technology®
Advertisements

7 Auxiliary Views. 7 Auxiliary Views Explain the purposes of auxiliary views. Identify auxiliary views and explain their relationship to regular views.
ORTHOGRAPHIC PROJECTION
MECHANICAL DRAWING MULTIVIEW DRAWINGS.
Auxiliary Views.
Engineering H191 Engineering Fundamentals and Laboratory I
Multi-View Drawing (Text Chapter 8)
Multiview Drawing 5.00 Demonstrate orthographic projection techniques and principles as they apply to multiview drawings.
Dimensioning Dimensioning Gateway To Technology®
Orthographic Drawing.
Drawing Unit Orthographic Projection P. Hennessy
 Charles J. Kachmar. GOALS: After this chapter you should be able to: Explain different views of an object Explain how an object can be revolved to illustrate.
Auxiliary Views.
Creating Orthographic Projection Sketches TEC
Orthographic Projection
Orthographic Projection Review: -Projections -Orthographic projections Home work: -Glass Box Unfolded -Multiview Projection Simple (duplicate) - Lettering.
9 Multiview Drawings Permission granted to reproduce for educational use only. © Goodheart-Willcox Co., Inc. Understand the principles of orthographic.
Orthographic Projections. Orthographic Projections are a collection of 2-D drawings that work together to give an accurate overall representation of an.
Drafting I – Coach Pennington
Isometric and Oblique Pictorials
Multi-View Sketching & Projection
Isometric and Oblique Pictorials
Multi-View Sketching Multi-View Sketching
Multiview Sketching Multiview Sketching
Orthographic Projection
Orthographic Projection
Auxiliary Drawings (Text Chapter 11)
Multiview Sketching Multiview Sketching
Explain terms and procedures utilized in technical drafting
Multiview drawings AC-IDD-5. Students will create technical freehand sketches. AC-IDD-11. Students will use orthographic projection to create and dimension.
Multi-View Sketching Multi-View Sketching
Forging new generations of engineers
Orthographic Projection & Line Types
Multi-View Sketching STEM Foundations Multi-View Sketching
Multi-View Drawings.
Multi-View Sketching Multi-View Sketching
Isometric and Oblique Pictorials
Chapter 4 Orthographic Writing.
Isometric and Oblique Pictorials
Auxiliary Views.
Perspective Sketching
ENGN103 Engineering Drawing
ENS 207 engineering graphics
Dr. Tahseen Fadhil Abbas
Computer Aided Design I
Forging new generations of engineers
Pre-Engineering & Computer-Aided Design I
Multi-View Sketching Multi-View Sketching
Isometric and Oblique Pictorials
Multiview drawings.
Forging new generations of engineers
Isometric and Orthographic Projections
ENGN103 Engineering Drawing
ORTHOGRAPHIC PROJECTION
Multi-View Sketching Multi-View Sketching
Multi-View Sketching Multi-View Sketching
Auxiliary Drawings (Text Chapter 11)
Multi-View Sketching Multi-View Sketching
Orthographic Projection
Forging new generations of engineers
Views of Objects.
Multiview Sketching Multiview Sketching
Forging new generations of engineers
Orthographic Projection
ORTHOGRAPHIC PROJECTION
S1 Orthographic Sketching
ENGN103 Engineering Drawing
Projections & Technical Drawing
Orthographic Projection
Multi-View Sketching Multi-View Sketching
Presentation transcript:

WORKING DRAWINGS Footer Text 11/14/2018

Theory of Shape Description When describing three dimensional objects we normally consider the part as having; length, width and height or width, depth and height or length, width and thickness General Rule: Distances from left to right are referred to as width or length. Distances from front to back as depth or width, and vertical distances as heights. 11/14/2018

Orthographic Projection What are Orthographic Views? the view you would see looking directly at one side or "face" of the object. describes the features of the object completely and accurately helps to visualize the part 11/14/2018

Orthographic Projection Types of Orthographic Views: One view drawings: objects requiring one view only to describe it (ie. templates/paper/balls/cylindrical objects) Two view drawings: objects that require two views to completely describe it (Ie. discs/gears/wheels) Multi-view drawings: objects that require at least three views to completely describe it. Each view represents a different side or face of the object. The view is projected one from the other and arranged systematically 11/14/2018

General Rules for Selection of Views draw views necessary to fully explain shape the front view shows the width or length of the object and gives the most information about its shape. when the longest dimension is drawn in the horizontal position, the object will seem more balanced. choose views which will show most of the features as "visible" thus avoiding use of hidden lines. 11/14/2018

Orthographic Views 11/14/2018

11/14/2018

11/14/2018

11/14/2018

11/14/2018

Footer Text 11/14/2018

Fully Defining Objects determining views divide part into features check that features are represented on all views balance a drawing 11/14/2018