Search Results for discretization

Fig. 24 Discretization of the sheet specimen for the simulations of the isothermal hot-tension test ( Ref 33 ). The specimen geometry corresponds to the specimen shown in Fig. 6(b) ( Ref 10 , Ref 15 ) More

Fig. 24 Example of finite-element discretization More

Fig. 29 Boundary-element method requires discretization only on boundaries and interfaces More

Fig. 9 Virtual specimen. (a) Full mesh discretization with 81,000 elements. (b) Mesh showing 1098 full dodecahedral grains. Crystals are colored according to position to aid in visualization. More

Fig. 7 Sequence of the discretization procedure. (a) Original polyhedron. (b) Grain after the introduction of the first triangular facets. (c) After sequential segmentation. Model in color More

Fig. 18 Discretization of the sheet specimen for simulation of flow localization and cavitation during mal hot tension testing. Source: Ref 60 More

Fig. 7 Schematic illustration of matrix discretization used to estimate the kinetics of cavity growth under constrained-plasticity conditions More

Fig. 10 Illustration of discretization and time marching More

Fig. 7 The finite element analysis discretization process More

Fig. 19 Discrete precipitates along grain boundaries in a nickel-base heat-resistant alloy. Specimen was etched using 35 mL HCl, 65 mL ethanol, and 7 drops H 2 O 2 . 500× More

Fig. 9 Euler space in Roe's notation. Points in the cube represent discrete orientations. For materials of cubic symmetry, regions I, II, and III represent equivalent orientations. More

Fig. 85 Discrete sulfide particles on fracture surfaces of an Incoloy 800 tested in a sulfidizing atmosphere. Energy-dispersive x-ray analysis indicated that sulfur was present at particles 1 and 3 and that no sulfur was detected on surfaces 2 and 4. The sulfur-containing particles More

Fig. 27 Discrete bands of fast overload fracture (dull gray) separated by bands of progressive fatigue fracture (bright) on service fatigue failure of forged aluminum alloy. Image made by transmitting light through a plastic replica of the fracture surface. Source: Ref 16 More

Fig. 16 Schematic showing the different discrete regions present in a single-pass weld. Source: Ref 21 , 22 More

Fig. 9 Discretized sheet-electrode geometry with spherical tip electrodes. (a) Complete geometry. (b) Zoomed view of elements across contact areas More

Fig. 33 Enclosure composed of N discrete gray surface areas with typical surfaces j and k More

Fig. 5 Deformation due to a single impact on aluminum impacted by a short discrete jet of water at 750 m/s (2460 ft/s). Note the central depression, which is of similar diameter to the impacting jet, and the circumferential surface ripples surrounding it. Courtesy of J.E. Field, Cavendish More

Fig. 10 Carbide precipitation in Waspaloy. (a) Favorable discrete grain-boundary type (10,000×). (b) Less favorable zipperlike, discontinuous type (6800×) More

Fig. 9 Illustration of the discrete probability distribution method. CDF, cumulative distribution function More

Fig. 5 Discrete laser or lumped laser simulation approach for additive manufacturing. CPU, central processing unit More