1 / 153

Isometric Drawing

Isometric Drawing. Sacramento City College EDT 310. Drawing Types. Pictorial Drawing types: Perspective Orthographic Isometric Oblique Pictorial - like a picture. Pictorial Drawing. Pictorial drawing is part of graphic language. Used in Engineering Architecture Science

dongilmore
Download Presentation

Isometric Drawing

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Isometric Drawing Sacramento City College EDT 310 EDT 310 - Isometric Drawing

  2. Drawing Types • Pictorial Drawing types: • Perspective • Orthographic • Isometric • Oblique • Pictorial - like a picture EDT 310 - Isometric Drawing

  3. Pictorial Drawing • Pictorial drawing is • part of graphic language. • Used in • Engineering • Architecture • Science • Electronics • Technical illustration, and • Other professions. EDT 310 - Isometric Drawing

  4. Pictorial Drawing • Examples of pictorial drawing use: • Architects • Use pictorial drawing to show what a finished building will look like. • Ad agencies • Use pictorial drawing to display new products. EDT 310 - Isometric Drawing

  5. Pictorial Drawing EDT 310 - Isometric Drawing

  6. Pictorial Drawing • Pictorial drawing is often used in exploded drawings on production and assembly drawings. • Refer to Figure 12-1 EDT 310 - Isometric Drawing

  7. EDT 310 - Isometric Drawing

  8. Pictorial Drawing • Views are made to illustrate the operation of machines, and equipment. • Pictorial sketches are used to help convey ideas that are hard to describe in words. EDT 310 - Isometric Drawing

  9. Pictorial Drawing EDT 310 - Isometric Drawing

  10. EDT 310 - Isometric Drawing

  11. Pictorial Drawing • Pictorial drawing can be • Perspective Views • Show object as it actually looks to the eye. • Isometric Views • Easier to draw than perspective. • Do not look as good as perspective. • Oblique Views • Easier to draw than perspective. • Do not look as good as perspective. EDT 310 - Isometric Drawing

  12. Isometric Drawing EDT 310 - Isometric Drawing

  13. Isometric Drawing • Pictorial drawings, in general, are made to show how something looks. • Since hidden lines are “not part of the picture” they are normally left out and are not drawn in isometric drawings. EDT 310 - Isometric Drawing

  14. Isometric Drawing • Isometric drawing is • Similar to isometric sketching except that it is created using instruments. EDT 310 - Isometric Drawing

  15. Isometric Drawing • Objects are aligned with three isometric axes at 120o angles to each other. • Refer to Figure 12.4. EDT 310 - Isometric Drawing

  16. Figure 12-3 EDT 310 - Isometric Drawing

  17. Figure 12-3 EDT 310 - Isometric Drawing

  18. Isometric Drawing • X, Y and Z axes • Can be positioned in several arrangements • Must remain at 120 degrees to each other. EDT 310 - Isometric Drawing

  19. Isometric Drawing • Vertical Orientation - Regular Position • First position - the axes meet at the upper front corner of the object • Second position - the axes meet at the lower front corner of the object. EDT 310 - Isometric Drawing

  20. Figure 12-4 EDT 310 - Isometric Drawing

  21. Figure 12-4 EDT 310 - Isometric Drawing

  22. Isometric Drawing • Horizontal Orientation - Regular Position • First position - the axes meet at the left front corner of the object • Second position - the axes meet at the right front corner of the object. EDT 310 - Isometric Drawing

  23. Figure 12-4 EDT 310 - Isometric Drawing

  24. Figure 12-4 EDT 310 - Isometric Drawing

  25. Isometric Lines EDT 310 - Isometric Drawing

  26. Isometric Lines • Any line parallel to one of the isometric axes is called an isometric line. EDT 310 - Isometric Drawing

  27. Non-isometric Lines EDT 310 - Isometric Drawing

  28. Non-isometric Lines • Lines that are not parallel to one of the axes are called non-isometric lines. EDT 310 - Isometric Drawing

  29. Non-isometric Lines • Measurements can be made only on isometric lines. • Non-isometric lines do not show in their true length so they cannot be measured. EDT 310 - Isometric Drawing

  30. Non-isometric Lines EDT 310 - Isometric Drawing

  31. Non-isometric Lines EDT 310 - Isometric Drawing

  32. Drawing Non-Isometric Lines • To draw non-isometric lines: • Locate the end points first. • Use the Box Method. • Refer to Figure 12-6. EDT 310 - Isometric Drawing

  33. Drawing Non-Isometric Lines EDT 310 - Isometric Drawing

  34. Drawing Angles • Follow the procedure shown in Figure 12-7 • Construct angle parts AO, AB, OB • Transfer AO and AB to the isometric cube • Lay off AO on the base of the cube • Draw AB parallel to the vertical axis • Finally, connect points O and B to complete the isometric angle EDT 310 - Isometric Drawing

  35. Drawing Angles EDT 310 - Isometric Drawing

  36. Isometric Circles EDT 310 - Isometric Drawing

  37. Isometric Circles • In isometric drawings, circles appear as ellipses. EDT 310 - Isometric Drawing

  38. Drawing Isometric Circles • Use the four centered approximation method to draw the ellipse. • Refer to Figure 12-9. EDT 310 - Isometric Drawing

  39. Drawing Isometric Circles • First, draw an isometric square, with the sides equal to the diameter of the circle EDT 310 - Isometric Drawing

  40. Drawing Isometric Circles • Use a 30o 60o triangle to locate points A, B, C, D and points 1, 2, 3, 4 EDT 310 - Isometric Drawing

  41. Drawing Isometric Circles • Use A and B as centers, and radius = A2, draw the arcs EDT 310 - Isometric Drawing

  42. Drawing Isometric Circles • Use C and C as centers, radius = C4, draw arcs to complete the ellipse EDT 310 - Isometric Drawing

  43. Isometric Cylinder • To draw an isometric cylinder • Use Figure 12-9 to construct the top ellipse. • Drop centers at a distance equal to the height of the cylinder. • Draw three arcs using the same radii as the ellipse at the top. • Notice that the radii for the arcs at the bottom match those at the top. EDT 310 - Isometric Drawing

  44. Isometric Cylinder EDT 310 - Isometric Drawing

  45. Isometric Quarter Rounds • To draw quarter rounds • Refer to Figure 12-12. • Follow procedure for quarters of circles. • In each case measure the radii along the tangent lines from the corner. • Then draw the perpendiculars to locate the centers for the isometric arcs. • Figure 12-13 shows how to draw outside and inside corner arcs. EDT 310 - Isometric Drawing

  46. Isometric Quarter Rounds EDT 310 - Isometric Drawing

  47. Isometric Templates EDT 310 - Isometric Drawing

  48. Isometric Templates • Isometric templates come in a variety of forms • 15o, 30o, 45o, 50o, 60o • They are convenient and can save you time. EDT 310 - Isometric Drawing

  49. Creating an Isometric Drawing EDT 310 - Isometric Drawing

  50. Creating an Isometric Drawing • Filler Block Example • Refer to Figure 12-17. EDT 310 - Isometric Drawing

More Related