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, further elucidation is required regarding the operational performance of Stainless steel-GFRP connectors for implementation in PCSPs. To address this, an exploratory study was conducted on a novel type of insulated wall panels incorporating both stainless steel insulation (SSI) and GFRP connecto...
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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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 ...
The influences of strain rate and temperature on the flow stress of 304N stainless steel (SUS 304N) were studied experimentally. The thin walled tubular specimens with short gage length were tested at various strain rates between 10-3-103sec-1 in torsion. The experiments were performed in the...
Simplified fluctuations in ASW were made using a rotating disk apparatus and the effect of hydrodynamic shear stress on the adhesion behaviors of Bacillus sp. on stainless steel was investigated. Pressure and shear stresses on the top surface of the plate that is in intimate contact with the bact...
abars (ρsv), and the variation in the amplitude of stress of 酒吧(ρsv)和在高度的变化重音上[translate] aΔσ s correlates with ρsv, as[translate] afatigue shear stress, leading to a sharp increase of f[translate]
initiation: (a) momentum diffusion by stress unloading, (b) perturbation in the stress/strain/temperature fields, (c) microstructural inhomogeneities. The observed shear-band spacing is compared with existing theories; Grady–Kipp and Wright–Ockendon–Molinari theories. These are one-dimensional ...
Then the shear stress gradually declines to a residual value during the second stage (shear displacement: 3 mm–8 mm), while the two walls of a fracture tend to depart from each other owing to dilation. The shear stress finally reaches the residual value in the third stage (shear ...