... compounds cavitation crazing differential scanning calorimetry drawing (mechanical) elastic deformation filled polymers particle reinforced composites particle size plastic deformation scanning electron microscopy tensile strength viscoelasticity viscoplasticity voids (solid) 26 03...

... 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 ...

... , Mechanics of Materials , 3rd ed. , Prentice-Hall , Englewood Cliffs, NJ. 1 The experimental results indicate that the loading process of an indentation test is composed of the elastic-deformation subregion and the plastic-deformation subregion, irrespective of whether ductile or brittle...

..., and was used here. Its strain energy function is 8 W = μ ( I 1 − 3 ) 2 + ( J − 1 ) 2 d where I 1 is the first deviatoric strain invariant, J is the determinant of the elastic deformation gradient, and d is the incompressibility parameter, defined...

... stresses plastic deformation elastic limit yield stress pipes elastic deformation The broad context of the present study is the interpretation of experimental measurements of residual elastic strains (or their changes) with the purpose of reconstructing the complete residual stress field...

... 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...

... . Stadler , J. , Mikulla , R. , and Trebin , H.-R. , 1997 , “ IMD: A Software Package for Molecular Dynamics Studies on Parallel Computers ,” Int. J. Mod. Phys. C , 8 , pp. 1131 – 1140 . 30 May 2004 25 October 2004 27 12 2005 carbon nanotubes elastic deformation...

... axisymmetric butt-joint problem was compared with derived analytical solutions. Stress distributions along critical paths are evaluated and discussed. 02 08 2003 27 09 2005 finite element analysis couplings elastic deformation rubber Poisson ratio interpolation stress analysis...

... and Applications , Y. B. Fu and R. W. Ogden eds., Cambridge University Press, Cambridge, pp. 491–522. Manuscript received April 28, 2004; revision received October 14, 2004. Review conducted by: A. Pelegri. 28 April 2004 14 October 2004 06 04 2005 fabrics fibres elastic...

... 2004 06 04 2005 nickel metallic thin films deep drawing plastic deformation elastic deformation work hardening failure (mechanical) stress-strain relations electrodeposition internal stresses finite element analysis Electrodeposited Nickel Coating Sheet Metal Forming...

... iterative procedures. This requires the user to be a master of numerical calculation for the resolution of problems ( 5 6 ). rubber elasticity elastic deformation 24 10 2003 08 03 2005 16 03 2005 Rivlin , R. S. , 1956 , Rheology: Theory and Applications...

... into four regimes: regime I corresponds to the elastic deformation of the sample in the austenite phase; regime II corresponds to the material’s forward transformation from an austenite to a stress-induced martensite; regime III is the reverse transformation from the stress-induced martensite...

.../computational study of contact damage in multilayers that are relevant to dental restorations. A summary of the results and salient conclusions arising from this work is presented below. 1 Contact-induced deformation of the trilayer structure occurs by elastic deformation of the top ceramic layer...

... 29 March 2004 09 11 2004 stainless steel slip work hardening internal stresses plasticity 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...

... 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...

... 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 case of monocrystalline...

... 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...