[email protected] 17 08 2024 04 11 2024 09 11 2024 17 12 2024 elastocapillarity surface tension capillary effects fluid–structure interaction elastic deformation lubrication theory Bond number self-assembly dynamics Self-assembly of solid structures driven...

... elastic waves is important in various areas of engineering, including nondestructive evaluation testing and signal processing of electronic systems and components. Several applications of surface gap elastic waves are provided in [( 1 )]. elastic deformation electric current magnetoelastic...

... in polycrystalline solids. 28 11 2010 23 12 2010 12 01 2011 15 04 2011 15 04 2011 dislocation density dislocation interactions elastic deformation plastic deformation plasticity shapes (structures) slip contact load deformation damage discrete dislocations dislocation...

... 2010 03 10 2010 23 02 2011 13 04 2011 13 04 2011 buckling elastic deformation elasticity rods (structures) It is well known that a thin elastic rod may deform in the shape of a helix when it is subject to a terminal wrench . In some applications, such as in oil...

... body and in Appendixes A xB are further extended in Appendix C to finite plane strain deformations of compressible hyperelastic harmonic materials. 16 09 2009 29 11 2009 19 04 2010 19 04 2010 compressibility elastic deformation elasticity inhomogeneous media interface...

... hand, the elastic modulus is the measurement of the material’s deforming ability. The higher the elastic modulus, the smaller the elastic deformation to occur before yielding, and the weaker the ability of the material to rebound, which implies more energy loss. This is also verified by the upper...

... in the current study can be extended to multilinear cohesive laws, although only bilinear cohesive law is presented in this work as an example. 29 04 2008 04 11 2008 16 06 2009 crack-edge stress field analysis delamination elastic deformation finite element analysis fracture mechanics...

... 02 2008 07 07 2008 15 01 2009 biomechanics biomembranes blood cellular biophysics elastic deformation lipid bilayers molecular biophysics shear flow swelling viscosity immersed boundary method liposome red blood cell tank-treading tumbling membrane...

... the internal stress field is not only uniform but also hydrostatic is also presented. 23 10 2007 06 01 2008 20 06 2008 elastic deformation elasticity internal stresses springs (mechanical) elliptical inhomogeneity imperfect interface uniform stress in-plane deformation...

... and stretching, these two equations cannot be combined into a single complex-valued equation. Reduced equations for beamlike (axisymmetric and lateral) deformations are also derived. 10 06 2007 15 09 2007 19 05 2008 bending elastic deformation partial differential equations Poisson...

...A. Srikantha Phani; Norman A. Fleck The phenomenon of elastic boundary layers under quasistatic loading is investigated using the Floquet–Bloch formalism for two-dimensional, isotropic, periodic lattices. The elastic boundary layer is a region of localized elastic deformation, confined to the free...

... to this class of materials. Using these results, we solve the contact problem for a harmonic material in the case of a uniform load acting on a finite area. Finally, we show how we can then deduce the corresponding results for the case of a point load. 11 04 2006 14 08 2006 elastic deformation...

... field analysis fracture elastic deformation integration For those materials with mechanical behavior remaining (nonlinearly) elastic at large strains, we often call them rubbery. Rubbery materials find applications in many engineering components, where the structural integrity...

... the behavior of the present element in linear plane stress states and non-linear plane strain states as well as in axi-symmetric problems. finite element analysis stress-strain relations elastic deformation plastic deformation nonlinear equations For practical industrial applications...

... becomes an important issue in this contact problem. Thus, this investigation treats the two-dimensional plane strain elastic deformation of both the cylinder and the substrate during a rolling/sliding motion, including the effect of adhesion using the Maugis model. For the initiation of sliding...

... by constant fractal parameters, as well as Gaussian distribution. The difference between these two models is significantly enhanced as the mean separation becomes small. 16 06 2004 12 05 2005 fractals mechanical contact surface roughness Gaussian distribution elastic deformation plastic...

... of California–Santa Barbara, Santa Barbara, CA 93106-5070, and will be accepted until four months after final publication in the paper itself in the ASME JOURNAL OF APPLIED MECHANICS . 21 July 2003 13 August 2004 01 02 2005 elastic deformation plastic deformation elastoplasticity...

... denote differentiation with respect to ξ. 2 ( a ). Geometry of damaged fabric indicating the elastic deformation. Breaks in #1 yarns, dashed lines represent deformed #2 yarns. ( b ). Equilibrium of the j th cross-over point unit cell under forces due to rotation of the tensioned #2 yarns...

...R. B. Maretic; V. B. Glavardanov plates (structures) thermoelasticity thermal stability elastic deformation bifurcation rotation Many papers investigated the influence of temperature on the stability and the stress distribution of the plate. Pal 4 has examined the axisymmetric...

... are investigated. 31 05 2004 18 01 2005 ceramics plates (structures) elastic deformation The concept of functionally graded materials (FGMs) has been proposed in the beginning of the 90’s by Japanese researchers ( 1 2 ). The idea came from the awareness that the abrupt transition...