Fig. 12.16 Selective activation of cylinders in a press with three identical cylinders. Source: Ref 12.26 More

Fig. 5.11 Shear stress distribution along the load axis of two parallel cylinders under contract pressure More

Fig. 14 Shear stress distribution along the load axis of two parallel cylinders under contract pressure More

Fig. 12.3 Hydraulic cylinders used in presses and corresponding International Organization for Standardization symbols: (a) single-acting cylinder, (b) spring-return cylinder, (c) differential cylinder, and (d) tandem cylinder. Source: Ref 12.5 , 12.11 , 12.13 , 12.14 More

Fig. 13.27 Preacceleration of the blank holder using nitrogen cylinders: (a) initial setup; (b) preacceleration; (c) ram catches blank holder. Source: Ref 13.24 More

Fig. 12.26 (a) Necking-in machine to manufacture gas cylinders. Source: Ref 12.15 . (b) Process kinematic. Source: Ref 12.2 More

Fig. 11 Surface tears caused by fretting damage when aluminum cylinders in Fig. 10 were extruded More

Fig. 7.8 C17 hydraulic cylinders More

Fig. 15.13 Rigid binder with nitrogen cylinders. Courtesy of TDM/Ford Motor Co. More

Fig. 15.14 Schematic of a flexible binder system with hydraulic cylinders. Source: Ref 15.9 More

Fig. 4.9 Press setup and fixture used in heating and compression of cylinders and rings More

Fig. 4.1 Gas cylinders and regulators used in oxyfuel gas welding. Source: Ref 4.1 More

Fig. 20.16 Forgeability tolerance found by compressing solid cylinders of high-strength beryllium at various temperatures to various reductions in height. The compression yield strength of samples taken from the resulting forgings is listed near each data point in units of MPa. Source: Floyd More

Fig. 2.80 Brass section extruded sections. (a) Terminal blocks. (b) Lock cylinders. Source: Wieland-Werke AG More

Fig. 24-12 The effect of tempering on residual stresses, in quenched cylinders ( 11 ) More

Fig. 7 Heating rates to 1000 °C (1830 °F) for cylinders of varying diameter in different types of heat treatment furnaces. Source: Ref 1 More

Fig. 3-15 Etched cross-sections of cylinders of a 1090 steel which were quenched in water. (From M.A. Grossmann, M. Asimov and S.F. Urban, in Hardenability of Alloy Steels , American Society for Metals, Metals Park, Ohio (1939), Ref 8 ) More

Fig. 4-12 (Part 1) Relation between locations in cylinders and the positions on the Jominy bar which have the same cooling rate at 704°C for different severity of quench values. (Adapted from J.L. Lamont, Iron Age , Vol 152, No. 16, p 64 (1943), Ref 6 ) More

Fig. 4-12 (Part 2) Relation between locations in cylinders and the positions on the Jominy bar which have the same cooling rate at 704°C for different severity of quench values. (Adapted from J.L. Lamont, Iron Age , Vol 152, No. 16, p 64 (1943), Ref 6 ) More

Fig. 4-12 (Part 3) Relation between locations in cylinders and the positions on the Jominy bar which have the same cooling rate at 704°C for different severity of quench values. (Adapted from J.L. Lamont, Iron Age , Vol 152, No. 16, p 64 (1943), Ref 6 ) More