... 01 07 2011 01 07 2011 calcium compounds cavitation crazing differential scanning calorimetry drawing (mechanical) elastic deformation filled polymers particle reinforced composites particle size plastic deformation scanning electron microscopy tensile strength...

... while material away from the hole undergoes elastic deformation. Upon removal of the mandrel, the ensuing elastic recovery of the surrounding material results in the development of a compressive residual stress field around the hole. Since the magnitude of plastic deformation sustained by the material...

... such as dislocation lines and loops is considered. The average deformation gradient for this element is decomposed multiplicatively into terms accounting for effects of dislocation flux, recoverable elastic stretch and rotation, and residual elastic deformation associated with self-equilibrating internal forces...

... defects crystal microstructure crystal orientation elastic deformation elastic moduli lattice constants micromechanics nucleation recrystallisation texture stress analysis tensile strength 08 08 2007 23 01 2008 28 03 2008 2008 American Society of Mechanical Engineers ...

... of the experimental data shown in the loading and unloading processes are also interpreted by different causes. 22 07 2003 11 11 2006 mechanical testing indentation brittleness ductility hyperbolic equations elasticity Young's modulus yield strength elastic deformation nanoindentation...

... fluid dynamics finite element analysis shear modulus two-phase flow shear flow biomechanics zoology elastic deformation The extracellular matrix surrounding the sea urchin egg has been intensively studied because of its importance in fertilization ( 1 2 3 4 5 6 ). Possible roles...

...., 2000, J. Strain Anal., 35, pp. 459–469 ). In conclusion, further applications of this family of interpretation approaches are discussed. 10 09 2005 05 06 2006 internal stresses plastic deformation elastic limit yield stress pipes elastic deformation The broad context...

... depends on the elastic deformation gradient, supplemented by a flow rule for the plastic deformation, which depends on the “over stress.” The over stress is a properly invariant difference between the stress and the back stress (equilibrium stress). The back stress represents conditions under which...

..., they both predict finite lives for reasonable service temperature ranges. 14 02 2005 25 01 2006 silicon compounds aluminium particle reinforced composites elastic deformation plastic deformation creep life testing thermomechanical treatment thermal expansion stress-strain...

... to unfolding before evaporation of the tube. Manuscript received May 30, 2004; revision received October 25, 2004. Review conducted by: M. Zhou. 30 May 2004 25 October 2004 27 12 2005 carbon nanotubes elastic deformation elasticity buckling numerical analysis...

... must from the estimated value determined via Eq. 14a . Stresses in bending as a function of normalized distance: ( a ) along the x axis; and ( b ) along the y axis finite element analysis couplings elastic deformation rubber Poisson ratio...

.... fabrics fibres elastic deformation tensile testing elastic constants Young's modulus stress effects 28 April 2004 14 October 2004 06 04 2005 Manuscript received April 28, 2004; revision received October 14, 2004. Review conducted by: A. Pelegri. Transverse...

..., the above equation could be written as (3) σ xx = 8 G ε xx 1 + κ   ε xx where (4) G ε xx = λ Elastic deformation g ε xx Plastic deformation where, g ε xx denotes a new function of total...

... Deformation and Nonlinear Continuum Mechanics , Clarendon Press , Oxford. Ogden , R. W. , 1984 , Nonlinear Elastic Deformations , Ellis Horwood , England. Beda , T. , Chevalier , Y. , 2003 , “ Hybrid Continuum Model for Large Elastic Deformation of Rubber ,” J. Appl. Phys. 0021...

... nickel alloys shape memory effects martensitic transformations compressive testing stress-strain relations elastic deformation elasticity work hardening crystal microstructure stress effects internal stresses NiTi Shape-Memory Alloy Strain Rate Superelasticity Hopkinson Bar...

... deforms elastically, the deformation-time response of the cement layer can be determined by subtracting out the elastic deformation of the top layer and the time-dependent deformation of the foundation (ceramic-filled polymer layer). 6 Plots of displacement versus time. ( a ) Trilayer, and ( b...

... elastic deformation Inelastic deformation processes associated with cyclic loading are, for the most part, the same as those that are induced during monotonic loading conditions. For instance, for monotonic or cyclic loading conditions consistent with dislocation glide, dislocation motion occurs...

... a maximum in modulus and a minimum in Poisson’s ratio at 45 deg to rolling direction. To describe the combination of recoverable inelastic and elastic deformation as a function of plastic prestrain, a set of equations has been developed based upon a previously developed constitutive model. Calculated...

... plasticity hardness indentation slip plastic flow hardening recovery dislocation density elastic deformation kinematics torsion compressive strength bending This article is concerned with the analysis of the heterogeneous character of plastic flow at the micrometer level. In particular...

... the solutionized Ti-50.9 at percent Ni material is 18 degrees above A f and the solutionized Ti-51.5 at percent Ni material is more than 100 degrees above A f . Aside from elastic deformation, it is discovered that dislocation motion and a reversible stress-induced martensitic transformation influence the micro...