Fig. 28 Test fixtures for the K Ic test specimens. (a) Fixtures for the bend test. (b) Clevises for the compact specimen. Source: Ref 12 More

Fig. 10.4 Adaptations of coils and holding fixtures for introduction or containment of controlled atmospheres. (a) Coil and fixture forming a chamber for an argon atmosphere. (b) Quartz tube-conical coil arrangement for providing a localized protective atmosphere. (c) Atmosphere introduced More

Fig. 11.24 Typical hot sizing fixtures. Sketch illustrates (a) solid-block fixture; (b) contour-plate fixture; (c) typical cross section; and (d) wedge hot-sizing tool on conventional arbor press. More

Fig. 3 Work-holding fixtures and wiring techniques used in liquid nitrocarburizing. (a) Typical holding basket for small parts, equipped with a funnel for loading parts into the basket without splashing. Funnel, which is made of sheet metal, also insures that parts are coated with salt before More

Fig. 5 Typical fixtures used for holding and clamping workpieces for microhardness testing More

Fig. 2-124 Oil-quenching half drum fixtures. Weight of castings 579 and 840 lb (263 and 381 kg) More

Figure 1(a) Specimen fixture showing coating side of four specimens installed in fixture. More

Fig. 1 Interrelation between the component, fixturing, and equipment limitations. Source: Ref 2 More

Fig. 3.62 Deformation of shaft/fixture indicating fretting locations. (a) Shrink or press-fit shaft. (b) Hub, wheel, or gear on a shaft More

Fig. 2.23 Schematics of (a) an air bending test fixture, used to determine bendability, and (b) the bending angle measurement. Source: Ref 2.15 More

Fig. 17.12 Spring-loaded fixture used to stress 3.2 mm (0.125 in.) thick sheet tensile specimens in direct tension. Source: Ref 17.10 More

Figure 1 A packaged unit mounted on a stainless steel parallel polishing fixture is shown. The yellow triangle indicate the first pin location. More

Fig. 15 Tray/fixture for carburizing ring gears. Courtesy of Castalloy Corporation More

Fig. 19 Fixture made from AISI O1 tool that cracked during oil quenching. The design is poor for liquid quenching. Source: Ref 16 More

Fig. 25 Opened crack (a) in aluminum alloy 7075-T651 ejection seat swivel fixture that failed by SCC. Note crack propagation markings that suggest the crack initiated on the inside wall of the fixture and woody appearance of the fracture. (b) Higher-magnification view of fracture surface from More

Fig. 4.2 Schematic of a fixture used in a tensile test More

Fig. 10.2 Indexing arrangements for handling-fixture design. (a) Part movement into a fixed coil. (b) Coil movement over parts on an indexing turntable. (c) Double-ended sliding fixture. (d) Split-type hinged coil. From H. U. Erston and J. F. Libsch, Lepel Review , Vol 1, No. 16, p 1 ( Ref 1 ) More

Fig. 10.15 Nest fixture used in induction soldering when the preform is difficult to hold in place; the nest also permits component alignment prior to joining if preassembly is inconvenient. From J. Libsch and P. Capolongo, Lepel Review , Vol 1, No. 5, p 1 ( Ref 9 ) More

Fig. 10.16 High-production induction soldering fixture utilizing a turntable and conveyor-type coil which allows continuous part movement; the inset shows an indexing arrangment for applications where localized heating is required. From J. Libsch and P. Capolongo, Lepel Review , Vol 1, No. 5 More

Fig. 10.17 Multiple-position fixture for soldering of four assemblies at once; pressure pads ensure proper component positioning during induction soldering; the sketch at bottom illustrates positions of induction coil and solder ring. From J. Libsch and P. Capolongo, Lepel Review , Vol 1 More