Search Results for point

Fig. 13.17 Layout of single-point, four-point, six-point, and eight-point cushion system built in the press. Source: Ref 13.2 More

Fig. 10.15 Vertical stiffness ( C ) of one-point (1p Mech), two-point (2p Mech), and four-point (4p Mech) mechanical presses, bottom knuckle joint (KJ bottom) drives, and top-knuckle joint (KJ top) drives. Source: Ref 10.21 More

Fig. 10.16 Angular stiffness ( C θ ) of one-point (1p Mech), two-point (2p Mech), and four-point (4p Mech) mechanical presses, bottom knuckle joint (KJ bottom) drives, and top-knuckle joint (KJ top) drives. Source: Ref 10.21 More

Fig. 3.10 Typical yield-point behavior of low-carbon steel with yield point elongation More

Fig. A.47 Bending arrangements. (a) Three-point loadings. (b) Four-point loadings More

Figure 14 3-point cleaving. A pin provides the stress point when downward force is symmetrically applied equidistant from the weak point. Note the weak point is on the top and the pin is underneath. More

Fig. 10-21 Original design, left, of dipper tooth point. Redesigned point increased the service life of the casting. More

Fig. 4 Comparison of wedge-shaped cracks and creep voids: (a) triple-point stress rupture (60×); (b) creep cavitation damage (arrows) in a desuperheater inlet header (1000×) More

Fig. 2 Ramp-soak, programmable, single-point temperature controller. Courtesy of Honeywell, Inc. More

Fig. 7 The aluminum oxide sensor, a type of dew point instrument, measures water content of an atmosphere by change in capacitance between two electrodes. Source: Ref 5 More

Fig. 8 Use of control charts. Each point represents the average results of a specific number of tests (usually five or ten) taken after given time intervals. Sample values may be plotted as averages as here ( x ¯ chart) or against the value of the range (R chart More

Fig. 2.1 Vacancy point defect. Source: Ref 1 More

Fig. 2.4 Foreign atom point defects. Source: Ref 1 More

Figure 9 Illumination from a point source spreads at the focus due to diffraction. The spread is least for large N.A. This ultimately limits resolution. On film a well exposed Airy Disk would appear as in the upper right. More

Figure 10 Point sources just resolved by Rayleigh and Sparrow Criteria. More

Figure 11 Point sources just resolved by Rayleigh and Sparrow Criteria. More

Figure 6-9 Example of grain size determination by the triple-point count method and comparison to planimetric (Jeffries) and intercept (Heyn) measurements (reduced 25 percent in reproduction). The above circle has a diameter of 79.8 mm for an area of 5000 mm 2 . The micrograph is a low More

Figure 6-14 Example of the determination of grain size in a two-phase alloy using point counting and intercept counting (reduced 25 percent in reproduction). The above microstructure, at 500X, is a sample of Ti-6Al-2Sn-4Zr-2Mo forged at 1750°F (954°C) in the alpha-beta region and annealed More

Fig. 15.26 Region of the axle close to the point where the fatigue crack started, shown in the macrograph of Fig. 15.25 . Weld deposited metal (upper region of the image), heat affected zone in base metal similar to AISI 1050 (lower region of the image). Metallography by I. C. Abud, INT More

Fig. 1.14 Heterogeneous nucleus-surface energy equilibrium at the contact point of three phases (L, liquid alloy; C, crystal; S, substrate): λ LS = λ CS + λ LC cosθ. Source: Ref 27 , 28 More