Fig. 1 Schematic stress distribution showing a maximum stress at 7.6 mm (0.3 in.) from the shaft surface. More

Fig. 16 Stress distribution: ( a ) stress component in x-direction; and ( b ) maximum principal stress around the hole More

Fig. 24 A von Mises stress contour plot showing stress distribution in the carbon steel shell at time = 0 More

Fig. 13 Stress distribution at the equiaxial and columnar grains for given deformation total More

Fig. 18 Stress Distribution Below Fin - Note localized high stresses. More

Fig. 5 Temperature and elastic stress distribution along line through hole 5 More

Fig. 2 Schematic stress distribution on plane normal to the oil hole 7.6 mm (0.3 in.) from the shaft surface. More

Fig. 10 Contour plot of the crack-tip stress distribution More

Fig. 3 Effective stress distribution obtained by Lee and Im [ 10 ]. ( a ) Validated results: maximum von Mises stress at critical location ( b ) More

Fig. 6 Schematic illustration of stress distribution associated with rolling contact of a cylindrical member (at top) against a flat surface. The maximum shear stress occurs beneath the surface and can result in subsurface fatigue crack initiation. Source: Ref 12 More

Fig. 3 Stress distribution in contacting surfaces due to rolling, sliding, and combined effect More

Fig. 24 Temperature and elastic stress distribution along line through hole 5 More

Fig. 20 Stress distribution ahead of crack in which small-scale plasticity is included More

Fig. 4 Stress distribution at the fillet. More

Fig. 12 Stress distribution in contacting surfaces due to rolling, sliding, and combined effect. Source: Ref 5 More

Fig. 2 The stress distribution in connections may be markedly different than the stresses in the members. These examples show stress transfer through (a) web plates, (b) flange plates, and (c) groove welds to the flanges. More

Fig. 25 Stress distribution in the carbon steel shell adjacent to the nozzle at different time points in the analysis More

Fig. 24 Schematic illustration of stress distribution in two types of rotating shafts with press-fitted elements under a bending load More

Fig. 24 (a) Hertzian stress distribution under the heaviest loaded rolling element (deep-groove ball-bearing type 6205). (b) Required hardness curve, HV = HV( z ), below the maximum Hertzian pressure, p H max . Extracts of BearinX More

Fig. 23 Subsurface residual-stress distribution after grinding hardened steel (stress measured in the direction of grinding). Source: Ref 3 More