... 2 = 0 Its root is η = 1 . 28 03 2011 25 08 2011 13 12 2011 13 12 2011 beams (structures) buckling cantilevers elasticity mechanical stability nanocomposites nanofibres rods (structures) shear modulus Fiber reinforced composites [( 1 2 3...

... studied. buckling elastic deformation elasticity rods (structures) 17 06 2010 03 10 2010 23 02 2011 13 04 2011 13 04 2011 When M x is reduced to a certain value, l 2 approaches 0.5 and the line contact in the middle evolves to a point...

... is large compared with the thickness of the boundary layer around the rod, an analytical relation is obtained between the wave number and the frequency. The presence of the fluid makes the waves disperse—the short waves become faster than the long ones. biomimetics elasticity plastic flow rods...

...-dimensional theory in a consistent manner. Cosserat rod symmetry quadratic strain energy cross-sectional deformation boundary-value problems deformation rods (structures) 25 11 2009 18 05 2010 09 06 2010 13 10 2010 13 10 2010 2011 American Society...

... literature analyzes the strand with either the core-wire or the wire-wire contact, which leads to the interpretation of results due to simplified assumptions. strand contact stress friction cable mechanics cables (mechanical) friction mechanical contact rods (structures) wires 05...

... is given. Examples demonstrate the various results. 28 03 2007 31 03 2008 02 07 2008 damping rods (structures) vibrations By total absorption, we mean that the motion of a certain degree of freedom in harmonically excited system vanishes. Total absorption is important...

.... 69 – 75 . Blevins , R. D. , 2001 , Formulas for Natural Frequency and Mode Shape , Krieger , Malabar, FL , pp. 107 – 108 . 27 02 2007 14 09 2007 08 04 2008 bending strength rods (structures) thermal shock thermal stresses vibrations thermally...

... rods (structures) mechanical stability viscoelasticity damping deformation bifurcation differential equations damping fractional calculus stability viscoelasticity In many recent studies of the viscoelastic deformation processes, it was shown that the behavior of the material can...

... of the Ideal Column Reconsidered ,” Math. Intell. 0343-6993 , 15 , pp. 211 – 170 . 02 12 2005 23 02 2007 rods (structures) elasticity boundary-value problems eigenvalues and eigenfunctions maximum principle Consider an elastic rod B C of length L , clamped...

... of these bases. rotation rods (structures) 23 09 2005 03 02 2006 Email: oreilly@Berkeley.edu 2007 American Society of Mechanical Engineers ...

.... Measuring failure location is simple, inexpensive, and does not require measurements of stresses, displacements, or strains. It is especially important to micro-nano-applications, and can be used to detect process anomalies during manufacturing. 22 11 2004 19 10 2005 rods...

... the “Aldo model” in which multiple rods are in contact of the sliding surface, with the total normal force is prescribed. While seizure is no longer possible in this model, for certain parameter values the uniform-pressure solution is no longer unique and can be unstable. rods (structures) thermal...

.... 15 11 2004 20 05 2005 rods (structures) piezoelectricity continuum mechanics elasticity vibrations Rayleigh-Ritz methods Since its introduction by Lord Rayleigh ( 1 ), the Rayleigh quotient has proved a very valuable concept used in the study of the properties...

... that are consistent with mechanical joints, the numerical results from the discrete model are consistent with the closed form predictions obtained in the quasistatic limit. 03 01 2003 10 08 2004 rods (structures) mechanical contact friction elasticity deformation slip jet engines...

... hand, more often than not, the exact distribution is not known, only the magnitude of the end load; either way, SVP is rarely invoked consciously, yet it underpins the day-to-day application of the discipline of strength of materials. rods (structures) finite element analysis loading...