Fig. 10.21 Overlay weld beads applied to cover the waterwall during GMAW overlay welding process. The indicated bead sequence number is for illustration purposes. The actual overlay welding of the waterwall may not follow the bead sequence number indicated here. The weld bead typically More

Fig. 1.5 Micrographia by R. Hooke. (a) Cover. (b) A sketch of cork cells by Hooke More

Fig. 24 Chrysler Building (same photo as cover). Courtesy of Catherine M. Houska, TMR Stainless, and the Nickel Development Institute More

Fig. 6.51 Cover design to allow temperature variations More

Fig. 7.25 Turbine housing cover gating schematic More

Fig. 10.8 Detonator crimping operation. The aluminum cover at the top of the detonator was crimped in place, with the output end of the detonator held against a rubber stop. More

Fig. 6.123 DP tested view (a) of OD at weld location after removal of outer cover showing network of fine hairline cracks at heat-affected zone region. (b) ID surface showing fine rounded and linear indications More

The background image on the cover was obtained from the microstructure of thixocast magnesium alloy AZ91 shown above. Courtesy of E. Schaberger, Gießerei-Institut, RWTH Aachen. See also Fig. 5.11 More

Fig. 4.12 Tilt pouring: cover pouring or reverse tilt pouring More

Fig. 7.28 Schematic of a feeder sleeve in cover pour mold More

Fig. 7.29 A tilt-poured engine front cover concept More

Fig. 2-8 Railroad hopper car door frame with integral hinges and cover. Size about 3 by 4 ft (0.9 by 1.2 m) More

Fig. 2-77 6000 lb (2722 kg) cast corrosion-resistant alloy steel steam chest cover More

Fig. 2.23 Hood container cover of the Mercedes 300 SL and 500 SL class with extruded aluminum section frames. Source: Erbslöh More

Fig. 5.54 Integral wing cover panel fabricated by the resin film infusion (RFI) process. Source: Ref 17 More

Fig. 5.55 Process flow for stitching a resin film infusion (RFI) wing cover. Source: Ref 11 More

Fig. 5.56 Stitching of the intercostal substructure to the wing cover. Source: Ref 17 More

Fig. 5.42 Cover of an electrical device. Courtesy of Aida Engineering Ltd. More

Fig. 9.4 Cover or reverse pouring More