Engineering Your Future: A Comprehensive Introduction to Engineering

Engineering Your Future: A Comprehensive Introduction to Engineering
Chapter 8 Figures William Oakes & Les Leone

Figure 8.1 Step block surrounded by the glass box
William Oakes & Les Leone

William Oakes & Les Leone
Figure 8.2 The glass box unfolded to show the front, top, and right side views William Oakes & Les Leone

Figure 8.3 Orthographic views labeled and displayed in the wrong orientation William Oakes & Les Leone

Figure 8.4 The six principal orthographic views of the step block

Figure 8.5 A line of an object defined as an edge view of a surface

Figure 8.6 A line of an object defined as the intersection of two surfaces William Oakes & Les Leone

Figure 8.7 A line of an object defined as the limiting element of a curved surface William Oakes & Les Leone

Figure 8.8 Hidden lines of an object represented with thin dashed lines William Oakes & Les Leone

Figure 8.9 Treatment of centerlines of cylindrical objects

Figure 8.10 Treatment of centerlines of objects with radi

Figure 8.11 Three common standard line types used in engineering drawing and their priorities William Oakes & Les Leone

Figure 8.12 Example technique for sketching circles

Figure 8.13 Examples of isometric and oblique pictoral sketches

Figure 8.14 Orthographic views of the slotted block

Figure 8.15 Step-by-step method of creating an isometric sketch of the slotted block William Oakes & Les Leone

Figure 8.16 Step-by-step method of creating an oblique sketch

Figure 8.17 Creating a sketch of a slotted block with an inclined surface William Oakes & Les Leone

Figure 8.18 Examples of oblique and isometric grid paper.

Figure 8.19 Holes in pictorals appear as ellipses.

Figure 8.20 Step-by-step method of creating an ellipse on a horizontal surface. William Oakes & Les Leone

Figure 8.21 Mounting bracket with dimensions

Table 8.1 William Oakes & Les Leone

Figure 8.22 Comparison of a common ruler and an engineer’s scale

Figure 8.23 Measuring the distance between two pinpoints using the 10 scale on an engineer’s scale William Oakes & Les Leone

Figure 8.24 Measuring the distance between two points using the 1:1 scale on a metric scale William Oakes & Les Leone

Figure 8.25 Axes for a three-dimensional rectangular coordinate system

Figure 8.26 Oblique three-dimensional axis arrangement for use with a CAD system William Oakes & Les Leone

Figure 8.27 Isometric three-dimensional axis arrangement for use with a CAD system William Oakes & Les Leone

Exercise 8.3 William Oakes & Les Leone

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