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

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 William Oakes & Les Leone

Figure 8.5 A line of an object defined as an edge view of a surface William Oakes & Les Leone

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

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

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 William Oakes & Les Leone

Figure 8.10 Treatment of centerlines of objects with radi William Oakes & Les Leone

William Oakes & Les Leone 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 William Oakes & Les Leone

Figure 8.13 Examples of isometric and oblique pictoral sketches William Oakes & Les Leone

Figure 8.14 Orthographic views of the slotted block William Oakes & Les Leone

William Oakes & Les Leone 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 William Oakes & Les Leone

William Oakes & Les Leone 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. William Oakes & Les Leone

Figure 8.19 Holes in pictorals appear as ellipses. William Oakes & Les Leone

William Oakes & Les Leone 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 William Oakes & Les Leone

William Oakes & Les Leone Table 8.1 William Oakes & Les Leone

Figure 8.22 Comparison of a common ruler and an engineer’s scale William Oakes & Les Leone

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

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 William Oakes & Les Leone

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

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

William Oakes & Les Leone Exercise 8.3 William Oakes & Les Leone

William Oakes & Les Leone Exercise 8.4 William Oakes & Les Leone

William Oakes & Les Leone Exercise 8.5 William Oakes & Les Leone

William Oakes & Les Leone Exercise 8.6 William Oakes & Les Leone

William Oakes & Les Leone Exercise 8.10 William Oakes & Les Leone

William Oakes & Les Leone Exercise 8.11 William Oakes & Les Leone

William Oakes & Les Leone Exercise 8.12 William Oakes & Les Leone