Whiteman G, Millett JCF (2011) Shear stress measurements in stainless steel 2169 under 1D Shock loading. Exp Mech 52(3):265-273TagedP [3] Whiteman G. Shear stress measurements in stainless steel 2169 under 1D shock loading. Exp Mech 2012;52:265-73....
However, many parameters should be taken into account for optimizing the level of shear stress to be applied such as cells type, origin, the extracellular matrix on which cells are cultured and the state of maturation of the cells. Moreover, as shear stress improves EC retention, it also ...
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Fig. 7.True stress/true strain curve of 316L stainless steel single crystals having different orientations with respect to the tensile axis, tensile tested at 20 °C[58]. Sign in to download hi-res image Fig. 8.Dislocation structures in polycrystalline pure aluminum (99.99%) deformed at room...
which is assumed to be a linear elastic material in this study. The primary material used for SSI connectors is 304 steel. The stress–strain curves of GFRP and SSI connectors are similar to Fig.6b. The key material property parameters of the reinforcement utilized for numerical analysis are ...
Le´crigny-Nolf S, Faille C, Benezech T. 2000. Removal kinetics of Bacillus cereus spores from a stainless steel surface exposed to constant shear stress 2. Removal kinetics modeling: influence of adhesion conditions. Biofouling. 15:299-311....
Due to the low elastic limit of stainless-steel, the plastic bending of the blind-rivets could appear early, the stress redistribution between blind-rivets may be more uniform. Because the shear capacity of each blind-rivet can be utilized, the shear capacity of blind-rivet connections can ...
Metals have relatively high shear moduli, ranging from lead (for example) on the softer side, to stainless steel on the more rigid end. Other materials like concrete, glass, and wood exhibit similar rigidity values but fall toward the lower end of the scale. With plastics, the shear modulus...
The shear stress distribution along the overlap length is non-uniform as originally established through elastic shear lag analysis (Volkersen, 1938). The load is transferred primarily in the end zones of the FRP overlaps and at the section changes in the joint (e.g., at cracked steel ...
Work materialShear stress τs (MPa)Ultimate tensile strength (MPa)Fracture stress σf (MPa)Ratio M=τs/UTS Carbon steel 0.45%C 485 655 830 0.740 Alloy steel 0.4%C, 1%Cr 563 615 715 0.910 Die steel 1%C, 1.4%W, 1.1%Cr 603 630 830 0.960 Austenitic stainless steel 0.12%C, 18%Cr, ...