Search Results for utilize

Fig. 21 Surface grinding operations that utilize either the periphery or face of the grinding wheel to grind flat surfaces. Horizontal-spindle surface grinders, which use the periphery of the abrasive wheel, can be either reciprocating (a) or rotary (b). Vertical-spindle surface grinders More

Fig. 13 Utility relocation encumbered by congestion. Utilities are squeezed together on one side of a proposed light rail. The other side of the road is a bridge viaduct. More

Fig. 4 Crack path in a failed utility boiler drum. More

Fig. 3 Entering a workpiece with a 50 mm (2 in.) button cutter utilizing helical interpolation. Source: Ref 5 More

Fig. 35 Raw material utilization in the production of a tapered roller bearing race. (a) Produced from hot rolled tube stock. (b) Powder forged from preform. Source: Ref 86 More

Fig. 21 Examples of part redesign to allow blank nesting for improved material utilization. Reprinted with permission. Source: Ref 3 More

Fig. 2 Ultrasensitive drilling machine (a) for producing small holes utilizes digital readout and a stereoscopic microscope for accuracy. (b) Schematic of V-bearing mounting assembly, which minimizes tool breakage More

Fig. 34 Workholding methods and devices utilized in cylindrical grinding. Chuck for supplementary support (c) includes tailstock center such as bull nose type for bores, back centers for parts susceptible to deflection, and center rest to leave the other end free for face or external grinding More

Fig. 7 Compacting sequence utilizing single-action tooling. Dashed line indicates motion of lower punch. More

Fig. 8 Compacting sequence utilizing double-action tooling. Dashed line indicates motion of component parts. More

Fig. 9 Compacting sequence utilizing floating die tooling. Dashed lines indicate motion of component parts. More

Fig. 10 Compacting sequence utilizing floating die withdrawal double-action tooling. Dashed lines indicate motion of component parts. More

Fig. 11 Compacting sequence utilizing sliding anvil single-action tooling. Dashed line indicates motion of component parts. More

Fig. 34 Raw material utilization in the production of a tapered roller bearing race. (a) Produced from hot rolled tube stock. (b) Powder forged from preform. Source: Ref 112 More

Fig. 1 Simplified water path in a large supercritical utility boiler, with a single reheat step More

Fig. 7 Utility cycle tray deaerating heater with the deaerating vessel on top of storage tank. Courtesy of Jonas, Inc. More

Fig. 1 Medium-sized utility turbine with locations of corrosion and erosion of steam turbine components. P, pitting; CF, corrosion fatigue; SCC, stress-corrosion cracking; C, crevice corrosion; G, galvanic corrosion; E, erosion; E-C, erosion-corrosion; SPE, solid-particle erosion More

Fig. 9 Utility work at existing track slab. Tracks remain operational during excavation; however, utility work stops and moves out of the way to allow train to pass unimpeded. More

Fig. 15 Work clearances for utilities adjacent to and crossing under electric rail systems. Circled numbers are referenced in the text as notes. Units of measure given in feet. More

Fig. 16 Track design envelopes and their impacts on utilities crossings. Of particular interest is the depth from the top of the rail to the top of the casing, the length of the casing, and the vertical offset of the carrier pipe outside of the casing. (a) Tie-and-ballast adjacent to roadway More