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Fig. A10.7 Plane-strain fracture toughness of 300 series and nitronic series austenitic stainless steels as functions of tensile yield strength and temperature. ●, type 301/302, all three data points coming from room temperature; Δ, type 304; ○, type 316; □, nitronic 33; ⋄, nitronic 50. Solid More

Fig. A10.8 Plane-strain fracture toughness of 300 series and nitronic series austenitic stainless steels as functions of temperature. Duplicate plot of Fig. A10.7 . ●, type 301/302, annealed condition; Δ, type 304; ○, type 316; □, nitronic 33; ⋄, nitronic 50 More

Fig. 5.5 Grain-coarsening characteristics of CM series steels compared with conventional carburizing grades. Source: Ref 10 More

Fig. 4.21 Two-turn series coil with quench. Source: Ref 12 More

Fig. 11.8 Performance versus density of three 400-series powder metallurgy stainless steels for exhaust system flanges. Source: Ref 17 . Reprinted with permission from MPIF, Metal Powder Industries Federation, Princeton, NJ More

Fig. 24 Common extrusion defects of 6 xxx series alloys More

Fig. 3.2 A simple series resonant circuit. From P. H. Brace, Induction Heating Circuits and Frequency Generation, in Induction Heating , ASM, Metals Park, OH, 1946, p 36 ( Ref 1 ) More

Fig. 3.4 Current amplitude as a function of frequency for an ac series LCR circuit whose components have the values indicated. From D. Halliday and R. Resnick, Physics , Wiley, New York, 1966 ( Ref 3 ) More

Fig. 3.15 Use of an auxiliary inductance (“series loading coil”) to assist in tank-circuit tuning in heating of steel workpieces below, through, and above the Curie temperature. From F. W. Curtis, High Frequency Induction Heating , McGraw-Hill, New York, 1950 ( Ref 4 ) More

Fig. 3.2 Photograph of automated polishing equipment showing a series of four automated polishing stations. This allows easy sample movement from one automated polisher to the next without having to change platens or process parameters. More

Fig. 4.14 A graded series of plates (1 to 4) designed to reduce the mismatch stress between ceramics and metals to an acceptable level. α, thermal expansivity. More

Fig. 4 Tempering curves for several of the higher-carbon 10XX series carbon steels. Specimens, 3.18 to 6.35 mm (⅛ to ¼ in.) thick. ◯: 10 min. ●: 1 hr. △:4hr. ▴: 24 hr. 1035: Tempered. 1045: Quenched. 1050 and 1080: Quenched. Tempered 1 hr. 1060: Specimen, 4.8 to 105 mm ( 3 16 to 4 More

Figure 5 A B-scan is a series of A-scans from a line scan (A) converted to grayscale values and plotted along a single x or y axis. The result is a “virtual cross-section” of the sample (B). More

Figure 21 (A) setup showing a group of patterns which are executed in series to mill a lamella (B). The “X” shaped pattern labeled “DC Mark” is used as a reference fiducial for drift correction between each pattern. More

Fig. 23 Galvanic series for seawater. Dark boxes indicate active behavior of active-passive alloys. More

Fig. 16 Experimental setup to determine a galvanic series. Source: NACE International More

Figure 3.28 Series (a) and parallel (b) models for calculating the thermal expansion of composites. More

Figure 9.22 Cooling rate vs. transformation temperature for a series of Ti–Nb binary alloys ( Jepson et al., 1970 ). More