Fig. 5 Microstructures of composites showing pushing of ceramic particulates in the last freezing region liquid. (a) 7074 Al-20vol%Al 2 O 3 particle matrix. (b) A356 alloy-based composite with Al 2 O 3 (c) A356 alloy-based composite with ZrO 2 . Source: Ref 60 More

Fig. 8 Effect of reinforcement content on the Young's modulus of a particulate-reinforced SiC/2124-T6 Al MMC. Source: Ref 32 More

Fig. 9 Lightweight aircraft equipment racks made of particulate SiC/Al. Courtesy of DWA Composite Specialties, Inc. and Lockheed ASD More

Fig. 1 Material characterization methods for particulate materials More

Fig. 10 Titanium deposits in (a) particulate, (b) flake, and (c) continuous form. Produced by various salt compositions and operating conditions of the MER process. Source: Ref 12 More

Fig. 11 Total suspended particulate high-volume ambient-air monitors are commonly used on lead-paint-removal projects as a means to quantify emissions from the containment. More

Fig. 32 Motor cycle sprocket die cast using a SiC particulate-reinforced aluminum-matrix composite. Courtesy of Alcan, Inc. More

Fig. 7 Particulate erosion of a ductile steel impeller by an abrasive catalyst. (a) 0.25×. (b) 1× More

Fig. 10 Packed-particulate supported-shell container for waste nuclear fuel bundles More

Fig. 6 Yield strength comparison between whisker- and particulate-reinforced aluminum MMCs More

Fig. 7 Particulate erosion of a ductile steel impeller by an abrasive catalyst. Original magnification: (a) 0.25×, (b) 1× More

Fig. 24 Distribution of particulate matter (PM) around the world illustrated in global satellite-derived map of PM 2.5 averaged over 2001 to 2006. (PM 2.5 indicates particulate particles less than 2.5 μm in size.) Eastern China, Northern India, the Middle East, and Northern Africa have very More

Fig. 10 Particulate erosion of a ductile steel impeller by an abrasive catalyst. (a) 0.25×. (b) 1× More

Fig. 1 Compact DPF-SCR (diesel particulate filter-selective catalytic reduction) system. Source: Ref 9 , 10 More

Fig. 10 Yield strength comparison between whisker- and particulate-reinforced aluminum metal-matrix composites ( Ref 20 ) More

Fig. 2 The effect of particulate concentration on the properties of Al-MMCs. (a) Strength and ductility. (b) Modulus. (c) Coefficient of thermal expansion More

Fig. 18 Fracture toughness as a function of SiC p concentration for particulate and laminated discontinuously reinforced aluminum (DRA) composites. After Ref 89 More

Fig. 10 Particulate composite parts produced by SLS processing of SiC preforms followed by liquid-metal infiltration of a magnesium alloy. Source: Ref 25 More

Fig. 5 Yield strength comparison between whisker- and particulate-reinforced aluminum MMCs More

Fig. 5 Inherent morphology of B 4 C particulate. (a) 1000×. (b) 5000× More