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Introduction to Engineering 3-D Sketch from Multi-view Process for making an isometric sketch given a multi-view drawing.

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Presentation on theme: "Introduction to Engineering 3-D Sketch from Multi-view Process for making an isometric sketch given a multi-view drawing."— Presentation transcript:

1 Introduction to Engineering 3-D Sketch from Multi-view Process for making an isometric sketch given a multi-view drawing

2 Multi-View to Isometric General Approach  Identify H, W, & D of an object  Lightly sketch box with dimensions H, W, D  Cut away material you don’t need See Video

3 Tips for Making Isometric Sketches For more complex objects, try 1.Identifying the types of surfaces on the object a)Principal b)Inclined c)Oblique 2.Labeling the vertices and using the coordinates of the vertices to draw the isometric

4 Surface Type A: Principal Surface True size in one view Edge (line) in other 2 views Plane  Line 2,1 4,1 A ,2 3,4 Miter Line

5 Surface Type B: Inclined Surface  Characteristic shape in 2 views but not true size in either  Edge (line) in 3 rd view B ,1 3,2

6 Surface Type C: Oblique Surface  Characteristic shape in all 3 views but true size in none C Q: In which views could you get the true length of edges of this oblique surface? 1 to 2 1 to 3 3 to 2

7 General Procedure 1.Step 1 - sketch the box for isometric view 2.Step 2 - identify type of each surface of object 3.Step 3 - draw surfaces on pictorial 4.Step 4 - compare views and pictorial 5.Step 5 - inspect views to see what material is “carved away” from the box. 6.Step 6 - complete pictorial

8 Example – The Three View Sketch

9 Ex - The Isometric Grid

10 Ex - Box Object

11 Ex – Choose a Surface A:Principal Surface Identify the Principal Surface A A

12 Ex – Map Surface B:Inclined Surface Identify the Inclined Surface B B

13 C:Principal Surface C Ex – Map Surface

14 D: Oblique Surface D Corner removed Ex – Map Surface

15 Ex – Notch Principal Surface

16 Ex – Notch

17

18 Q: What kind of a surface would have its characteristic shape in 2 views? Inclined Surface This surface would show up as an edge in the 3 rd view 

19 Finished Example

20 Recall the Six Principal Views

21 Review Slide: Surface Types Principal Surface A A B Inclined Surface B C Oblique Surface C

22 Summary Principal, Inclined and Oblique surfaces How to identify these surfaces

23 Assignment Assignment #15 Bertoline, Problem 2.10  Pgs. 60 & 61 #’s (1), (6), (8), (19) Given the multi-view drawing, sketch both the multi-view as well as the corresponding isometric on the sheets provided in the Assignment Packet.


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