... with the experimental data. 05 03 2010 14 12 2010 05 01 2011 17 02 2011 17 02 2011 eigenvalues and eigenfunctions elasticity internal stresses neutron diffraction numerical analysis rails eigenstrain residual stress neutron diffraction numerical simulation...

... with dissimilar curvatures. The predictions of the contact ellipse orientation angles and the major and minor semi-axes agree very well for all cases considered. 13 03 2010 21 11 2010 05 01 2011 16 02 2011 16 02 2011 elasticity internal stresses mechanical contact shear...

... in the vicinity of the inner edge of the disk, where this stress is important for improving fatigue performance of structures. 27 11 2009 23 11 2010 05 01 2011 15 02 2011 15 02 2011 discs (structures) fatigue internal stresses plasticity yield stress The only...

... decomposition internal stresses piezoelectricity plates (structures) The growing need for structures with superior performance for a particular aspect of their behavior led to the development of intelligent structures. These structures, unlike passive structures, offer many possibilities...

... 01 02 2011 01 02 2011 electrostatic actuators finite difference methods internal stresses nonlinear dynamical systems Poincare mapping stability tensile strength microelectrostatic device MEMS hybrid method differential transformation finite difference method...

... 2010 bending delamination finite element analysis internal stresses thermal barrier coatings When films and coatings are deposited onto nonplanar components, methods for in situ measurement of the delamination toughness are sparse. The only viable methods have entailed indentation...

... of the Raman shifts is that the stress-free Raman peaks need to be corrected for shifts associated with the evolution of the metastable tetragonal phase with aging. cooling cracks finite element analysis heating internal stresses plasma arc sprayed coatings plasma materials processing Raman spectra...

... of the bending process for a specific material. In particular, it is shown that rigid-plastic solutions can be used to predict the bending moment at sufficiently large strains. 11 04 2009 23 01 2010 01 09 2010 01 09 2010 bending internal stresses sheet materials work hardening...

... to remote uniform in-plane stresses. In this research we only considered the case in which the interphases and the matrix possess the same shear modulus. In fact, the internal stress field is also uniform when the interphases and the inhomogeneity possess the same shear modulus. In this case the mean stress...

... when the interface drag parameter, which is varied along the interface, is properly designed, and when the matrix is subjected to remote uniform antiplane shearing. Interestingly, the internal stresses decay with not one but two relaxation times. Some special cases are discussed in detail...

... onto the lower and upper free surfaces of the buckled film. It is found that the equilibrium solutions of the film are modified compared with the classical case of the Euler column, as well as the critical stress above which the film buckles. buckling internal stresses metallic thin films nickel...

... is formed in a very long and continuous plate. buckling cold rolling hot rolling internal stresses plates (structures) Comparison of C 1 and C 2 for the edge compression case; symmetric mode (left) and antisymmetric mode (right) The symbolic solution of Eq...

... a wetting layer. The constraint of growing on a finite area can suppress island coarsening and produce minimum energy configurations with multiple self-organized islands of uniform size and shape. 24 06 2008 13 10 2009 31 03 2010 31 03 2010 epitaxial growth free energy internal...

... in the liquid-filling level, and that the effect of internal resonance on the stresses noted in the case of sinusoidal excitation appears under real earthquake excitation. A method for reducing the stresses is proposed. earthquakes internal stresses resonance roofs sloshing tanks (containers...

... elastic moduli elasticity internal stresses steel tyres The mechanics of load transfer from the matrix to the cords in cord-reinforced composite materials is considered. Cord-composite materials are used in a wide variety of applications including automobile and truck tires and hoses...

..., a saddle point transient equilibrium position for the dislocation can also be observed under certain conditions. 02 05 2008 03 10 2008 17 06 2009 internal stresses plastic flow screw dislocations shear modulus three-phase fibrous composite viscous interface screw...

.... , and Richmond , O. , 1989 , “ The Effect of Void Shape on the Development of Damage and Fracture in Plain Strain Tension ,” J. Mech. Phys. Solids 0022-5096 , 37 , pp. 111 – 129 . elastoplasticity fatigue internal stresses plastic flow porosity porous materials voids (solid...

... element analysis friction hardness internal stresses rubber viscoelasticity Despite rubber being so common, deep knowledge of material properties is quite often poor among design engineers. Insufficient knowledge of transmission and damping properties of rubber mounts requires industry to carry...

...Keyu Li; Wei Ren 15 05 2008 27 05 2008 22 08 2008 interferometry internal stresses stress measurement In “References,” the titles of the journals “Adv. Comput. Math.,” “Exp. Tech.,” and “Opt Laser Technol.” were mistakenly printed and must be corrected as follows...