I. Combining Bending, Tension and Shear, Int. J. of Mechanical Sc. , 1995, vol. 37, no. 3, pp. 221–238.Wei pinshen: Interaction yield hypersurfaces for the plastic behaviour of beams-I. combining bending, tension and shear, Int. J. Mech. Sci.,1995,37(3),221～232....
The five steps consisted of an alternate application of 0.5 % shear strain for 300 s, followed by 100 % shear strain application for 120 s. 2.4. Scaffold production and characterization 2.4.1. Scaffold printing, freeze-drying and crosslinking process A SSE Regemat® Bio V1 printer (Regemat...
and their combination, for the reconstruction of material parameters in the Earth’s subsurface. The governing equations are those of Newton and Poisson for gravitational problems, the acoustic wave equation under Hookean elasticity for seismology, and the geodynamics equations of Stokes for incompressible...
bending.From the moment versus strain curve, a significant amount of non-linearity has been observed and an average failure strain of 1.08% has been attained.Visual damage observation of a single fracture parallel to the angle-ply direction and the high shear stress suggest that the compressive ...
The method is based on the appropriate specification of through-thickness shape functions which are suitable for the accurate stress analysis of plates, on the basis of a general six-degrees-of-freedom plate theory (G6DOFPT). G6DOFPT takes both transverse shear and transverse normal deformation ...
A cohesive fracture model considering tension, compression and shear material behaviour is implemented into the hybrid continuum–discrete element method, i.e. Universal Distinct Element Code (UDEC), to simulate possible multiple fracture in soft rocks. The fracture model considers both elastic and inel...
A variational method has been used to construct envelopes of the interaction yield surfaces for elastic, perfectly plastic beams subjected to combined bending moment, axial tension and transverse shear force. A lower bound of the envelope for the interaction yield curves relating bending moment and tr...
Interestingly, the introduction of rainfall grants an escalation in both the shear force exerted along the entire length of the upper and lower anti-sliding piles and the bending moment encountered by the lower anti-sliding pile. The determination of the internal force distribution of the expansive...
In Figure 13d and e illustrate the displacements in the X and Z directions of the building under different load combinations, and f, g, h, and I represent different lengths of structural elements in the building subjected to axial force (P N), shear force V2, shear force V3, and torque...
The frozen rotor option will pass the true flow to downstream and the other way around so that the wake effect downstream of the blade is captured. A shear-stress transport (SST) turbulence model was used to solve the turbulence. SST is a robust two-equation model, which has the benefit ...