Fig. 7.97 Rectangular billet containers with different segment arrangements for the liner. Source: Groos More

Fig. 3.75 Radial exit with die feeder chamber. 1, friction wheel; 2, seal segment; 3, sealing piece; 4, die; 5, feedstock (wire); 6, extrusion; 7, heated feeder chamber insert; 8, feeder chamber; 9, heating [ Mad 87 , Lan 88 , Eth 84b ] More

Fig. 31 Gear rack segment made from cast ASTM A 148 Grade 120-95 alloy steel More

Fig. CH46.1 Disc segment containing the crack More

Fig. CH48.3 Fractured segment. Note the secondary (post-fracture) damage at the fracture origin. More

Fig. 13 Cross section of worn gear teeth. Approximate width of steel segment shown is 23 mm (0.9 in.). More

Fig. 26 Longitudinal cross section showing microsegregation. Original steel segment shown is approximately 2 cm wide. More

Fig. 2-128 Rack segment gear. Weight 8500 lb (3855 kg) More

Fig. 3.32 Types of magnetic separators, (a) drum, (b) pulley segment More

Fig. 9.16 Typical segmented metal mandrels More

Fig. 8.16 Schematic of die assembly with segmented elastic blank holder for sheet hydroforming with punch. Source: Ref 8.18 More

Fig. 6.20 Concept of casting division into segments More

Fig. 6 Random formation of carbon-carbon bond segments. Bond angle is 109° More

Fig. 15.17 Segmented lower die for the liftgate panel. Source: Ref 15.8 More

Fig. 15.18 Segmented flexible binder tool for the liftgate inner in mechanical press. Source: Ref 15.8 More

Fig. 5.6 Polycrystalline cast cobalt-base turbine guide vanes and segments More

Fig. 8.2 Surface tension forces acting on grain-boundary segments produce pressure differences across the boundaries More

Figure 13.11: Examples of (a) wavy chip and (b) segmented chip. Source: P.K. Wright, University of California at Berkeley [ 36 ]. More

Fig. 15.17 Segmented lower die for liftgate inner panel. Source: Ref 15.7 More

Fig. 15.18 Segmented flexible binder tool for liftgate inner panel in a mechanical press. Source: Ref 15.7 More