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Fig. 940 Many of the features of the fracture surface in Fig. 939 are associated with shrinkage cavities of the type shown here. The round knobs are exposed secondary arms of dendrites. SEM, 270× More

Fig. 23 Crack pattern on the bottom of the punch shown in Fig. 22 . Many of the cracks are located by the deep stamp marks (the cracks have been accentuated with magnetic particles). Actual size More

Fig. 4 A portion of the phase diagram for the iron-carbon system showing the many phases possible in steels and cast irons More

Fig. 26 Idealized current density versus applied voltage for many common electrolytes. Regions for electrolytic etching and polishing are indicated. More

Fig. 6 Crack growth comparison. Many commercial aluminum alloys show similar fatigue crack propagation rates in air, as indicated. More

Fig. 49 Schematic of a Josephson junction, which is important for many thin film applications. Source: Ref 150 More

Fig. 23 Crack pattern on the bottom of the punch shown in Fig. 22 . Many of the cracks are located by the deep stamp marks (the cracks have been accentuated with magnetic particles). Actual size More

Fig. 45 Crack growth comparison. Many commercial aluminum alloys show similar fatigue crack propagation rates in air, as indicated above. L-T, longitudinal transverse; CNP, center-notch panel; DCB, double-cantilever beam; CT, compact tension. Source: Ref 90 More

Fig. 2 Example of one of the many highway railing post designs utilizing aluminum castings that have been developed. The alloy is A444.0-T4 with minimum elongation in permanent mold castings of 20% in front flanges for maximum energy absorption during impact. More

Fig. 1 Think thoroughly from as many perspectives as needed and always consider the four essential elements—material, process, tooling, and design—when developing the ideal conceptual design. Illustration by Caroline MacLean-Blevins. Reprinted from Ref 1 with permission by Elsevier More

Fig. 8 Cross sections of ferrules showing some of the many varieties available for different stud base geometries, weld positions, and applications More

Fig. 1 Examples of some of the many nonferrous alloys and special-purpose materials described in this Volume. Shown clockwise from the upper left-hand corner are: (1) a cross-section of a multifilament Nb 3 Sn superconducting wire, 1000×; (2) a high-temperature ceramic YBa 2 Cu 3 More

Fig. 1 The epoxy or oxirane ring readily reacts with many different types of curing agents. More

Fig. 2 Composite cross section showing many of the different facets that are usually investigated using reflected-light bright-field illumination. Shown in the cross section are voids (dark areas), ply terminations (i.e., ply drops), carbon fiber plies having different thicknesses, different More

Fig. 8 Cross sections of ferrules showing some of the many varieties available for different stud base geometries, weld positions, and applications More

Fig. 16 Parting line options for a cube that must have as many sides as possible parallel and at 90° to each other. (a) Cube parted with four drafted sides is the least expensive option but does not meet design requirements. (b) Parting along the diagonal is a moderate-cost solution More

Fig. 27 Effect of number of teeth on a milling cutter. (a) Too many teeth, resulting in chip crowding and interference. (b) Too few teeth, resulting in intermittent contact. (c) Compromise for satisfactory milling More

Fig. 8 Top view of crack with crack front through many grains More

Fig. 12 The regression lines of the population of specimens and of four of many possible samples from the population within its dotted borderline for a given sample size More

Fig. 53 Crack growth comparison. Many commercial aluminum alloys show similar fatigue crack propagation rates in air, as indicated above. Source: Ref 90 More