Fig. 15 Measured mean volume of martensitic plates versus volume fraction of martensite in an Fe-32.3Ni alloy with austenitic grain size D = 80, 200, and 800 μm More

Fig. 20 Computed surface temperature (right vertical axis) and volume fraction (left vertical axis) as a function of time during quenching of an AISI 1050 steel probe. Source: Ref 79 . Reprinted, with permission, from Materials Performance and Characterization , copyright ASTM International More

Fig. 13 Effect of strain and testing temperature on volume fraction of austenite More

Fig. 7 Microstructure of heat-treated alloy MA 6000, showing high-volume fraction γ′ and dispersoid phases More

Fig. 32 Effect of MC volume fraction on the abrasive wear of PM HIP steels on SiC paper More

Fig. 1 Volume fraction of MC carbides in HATS as affected by the V-content of the steel More

Fig. 3 Effect of increasing V and adjusted C contents on the volume fraction of MC and M 6 C carbides in a steel containing 4% Cr, 6% W, 5% Mo, and optionally 5% Co More

Fig. 4 Effect of Cr content in HATS on the volume fraction of M 7 C 3 carbides More

Fig. 6 Relationship between volume fraction of M 6 C carbides and availability of W and Mo after MC and matrix saturation More

Fig. 5 Pore volume fraction in A356 alloy castings. Source: Ref 34 More

Fig. 1 Element distribution as a function of volume fraction solid, f s , in plane front Czochralski processing of silicon single crystals. Source: Ref 1 More

Fig. 33 Volume fraction of ferrite as a function of number of fields measured and magnification. At high magnifications, equiaxed ferrite within the coarse pearlite were detected. Source: Ref 37 More

Fig. 24 The effect of ductile cobalt volume fraction and WC particle size on the fracture toughness of cermets. More

Fig. 27 The effect of orientation and whisker volume fraction on the fracture toughness of composites based on 7075 aluminum alloy. More

Fig. 18 (a) Fracture toughness of some aluminum alloys vs. volume fraction of inclusions. (b) Fracture toughness of 0.45C-Ni-Cr-Mo steels as a function of sulfur content and tensile strength More

Fig. 22 Compilation of fracture toughness data vs. volume fraction of reinforcement. Reference 44 contains data sources. More

Fig. 23 Compilation of J Ic data vs. volume fraction of reinforcement. Some data were converted from K Ic , K Q , and K EE data. Reference 44 contains data sources. More

Fig. 37 Effect of volume fraction on fatigue crack growth rates in 2124 DRA composites. Source: Ref 74 More

Fig. 11 Example of a fibrous eutectic microstructure with a small volume fraction of one phase (molybdenum fibers in NiAl matrix). Transverse section of a directionally solidified (DS) sample. As-polished. Courtesy of E. Blank. Source: Ref 6 More

Fig. 33 Effect of threshold level on the estimated volume fraction of graphite for the (a) malleable, (b) gray, and (c) nodular cast irons shown in Fig. 32 Detection of graphite was performed without shade correction. More