... 2014 07 05 2014 Solids that exhibit negative Poisson's ratio are called auxetic materials. This paper examines the extent of transverse shear deformation with reference to bending deformation in simply supported auxetic plates as a ratio of Mindlin-to-Kirchhoff plate deflection...

... are expected to be in a tensile state, which resists the compression of the sample. The overall increase in stiffness compared with the isotropic elastomer is attributed to an effective particulate reinforcement of the compound. The response of a hyperelastic material to shear deformation...

..., the assumption of a constant coefficient of Taylor–Quinney involves an undervaluation of the shear band spacing, particularly for larger values of n . adiabatic shear bands dissipated energy perturbation method shear band spacing HY-100 steel shear deformation softening steel work...

...Jaehyung Ju; Joshua D. Summers The in-plane flexible shear property of hexagonal honeycombs may be useful for the compliant structural applications. In this paper, hyperelastic strain energy functions are developed for a finite in-plane shear deformation of hexagonal honeycombs over a constituent...

.... Mater. Trans. A 1073-5623 , 34 , pp. 625 – 632 . 10.1007/s11661-003-0097-x Han , J. H. , Suhb , J. Y. , Jee , K. K. , and Lee , J. C. , 2008 , “ Evaluation of Formability and Planar Anisotropy Based on Textures in Aluminum Alloys Processed by a Shear Deforming Process...

...Hui-Shen Shen Compressive post-buckling under thermal environments and thermal post-buckling due to uniform temperature field or heat conduction are presented for a shear deformable functionally graded cylindrical shell with piezoelectric fiber reinforced composite (PFRC) actuators. The material...

...László S. Tóth 23 12 2008 shear deformation This special issue of the Journal of Engineering Materials and Technology (JEMT) contains selected papers from the first symposium organized on shear; SHEAR07 in Nancy, France, 4–7 September, 2007. All papers have successfully gone...

... j i ⪡ 1 ) . 14 01 2008 03 06 2008 19 12 2008 failure (mechanical) impact (mechanical) mechanical stability metals numerical analysis shear deformation shock wave effects viscoplasticity dynamic plasticity adiabatic shear banding non linear modeling...

... indicate that amount of nanoclay clusters that are larger than 1.5 μ m remain approximately constant along the radius. However, size analysis of nanoclay clusters revealed that they are broken down into finer clusters along the radius, possibly due to the high shear deformation induced through...

... of macroscopic loading condition. For the blend consisting of particles smaller than the critical value, the onset of cavitation is eliminated in particles and as a result, the conformation of the shape of particle to the localized shear band in matrix becomes difficult and the shear deformation behavior tends...

... and geometric nonlinearities and combining them with the concepts of phase transition via Maxwell construction and Griffith-Irwin fracture mechanics. 10 08 2005 11 07 2006 fracture toughness fracture micromechanics finite element analysis rings (structures) shear deformation elasticity...

...Dong-Jin Shim; S. Mark Spearing; Qingda Yang Crack initiation and growth behavior in solder joints under cyclic shear deformation using piezomechanical actuation have been investigated. Experiments were conducted on specimens that consist of piezo–ceramic plates and eutectic Sn–Pb solder bonded...

... interfaces with differing degrees of preexisting shear deformation. Further, the decrease in peak tensile strength and tensile work of separation may be captured with the nanoporosity parameter. The second set of calculations is designed to study the effect of preexisting equilibrated shear deformation...

... OF ENGINEERING MATERIALS AND TECHNOLOGY . Manuscript received by the Materials Division July 24, 2002; revision received October 16, 2003. Associate Editor: A. Sastry. 24 July 2002 16 October 2003 18 03 2004 elastic constants yield strength shear deformation Young's modulus shear...

.... Shear-free and simple shearing deformations are employed to illustrate the constitutive theory. A deformation is said to be shear free if there exists a convected coordinate system that remains orthogonal throughout the deformation, and as such, the deformation eigenvectors remain fixed in the body...

... stress field analysis modelling kink bands shear deformation The Binary Model was introduced some years ago as a computationally efficient and highly adaptable approach to analyzing diverse forms of textile composites, including three-dimensional weaves and braids, integral structures...

... stress plastic flow finite element analysis Invar stainless steel shear deformation Perforated sheets with circular holes arranged in a triangular pattern are widely used in the metal industry. In most applications, the diameter of each circular hole is uniform in the thickness direction...

... reinforced plastics shear modulus torsion stress-strain relations shear deformation composite material interfaces The response of fiber reinforced polymer composites when subjected to various types of mechanical loading is an active area of research. In most cases...

..., 2001; revised manuscript received May 28, 2001. Guest Editors: Mohammed Cherkaoui and La´slo´ S. To´th. 25 January 2001 28 May 2001 plasticity viscoplasticity elastoplasticity continuum mechanics classical mechanics finite element analysis shear deformation dislocation...

... Division October 10, 2000; revised manuscript received May 10, 2001. Guest Editors: Mohammed Cherkaoui and La´slo´ S. To´th. 10 October 2000 10 May 2001 copper X-ray diffraction dislocation structure compressibility shear deformation torsion plastic deformation texture...