... methods mechanical stability shapes (structures) Fluid-structure interaction (FSI) problems arise from the phenomena where fluid and structure interact with each other, and various kinds of problems have been studied. Among the FSI problems, we especially consider acoustic FSI problems...

... 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...

... 10 2009 24 04 2011 08 12 2011 08 12 2011 damping frequency response mechanical stability pendulums perturbation techniques springs (mechanical) vibrations Vibration of the dynamic system is often an undesirable phenomenon. To reduce vibration, many methods can...

... are determined, and the strength of instability corresponding to different period numbers is analyzed. 07 05 2010 10 03 2011 15 09 2011 15 09 2011 bifurcation mechanical stability vibrations wave equations wave propagation Translating String Sinusoidally Varying Velocity...

... and aerodynamic characteristics . aerodynamics bridges (structures) elasticity feedback mechanical stability 22 11 2010 14 01 2011 28 02 2011 15 04 2011 15 04 2011 2011 American Society of Mechanical Engineers ...

... mechanical stability softening Strain-softening, i.e., the decrease in stress with the increase in strain, is such a common phenomenon that has been recorded for a variety of materials, such as concrete, rocks, ceramics, and metals. Bažant et al. gave a comprehensive review of this phenomenon...

... in mechanical computing also require the system response to be understood away from resonance. damping frequency response mechanical stability plates (structures) vibrations viscosity 03 08 2010 06 03 2011 08 03 2011 13 04 2011 13 04 2011 2011 American Society...

... 02 2011 08 03 2011 12 04 2011 12 04 2011 deformation finite element analysis Galerkin method mechanical stability metal foams partial differential equations shells (structures) dynamic stability porous materials cylindrical shell Thin-walled circular...

... Mazzilli , C. E. N. , 2009 , “ Buckling and Post-Buckling of Extensible Rods Revisited: A Multiple-Scale Solution ,” Int. J. Non-Linear Mech. 0020-7462 , 44 , pp. 200 – 208 . 10.1016/j.ijnonlinmec.2008.11.005 bending elastic constants flexible structures mechanical stability sliding...

... different by simply reversing the direction of plastic coiling. These shells demonstrate simple morphing structures, which can be used to create effective shape-changing—large deflexion—technologies with unique load-free equilibrium configurations. mechanical stability shear modulus shells...

... with clearance. These analyses find applications in a variety of practical problems, such as in nonwoven fabrics manufacturing, electronic circuit strip wiring, and stent deployment procedures. bifurcation buckling continuum mechanics elasticity mechanical stability sliding friction strips...

... filled with the same amount of an inviscid incompressible fluid. confined flow damping mechanical stability Navier-Stokes equations non-Newtonian flow rotational flow shapes (structures) viscosity 30 08 2008 06 06 2009 23 09 2009 2010 American Society...

... ) + 2 θ + θ ( β + 1 ) [ ( q − β θ ) + 2 θ ] cos ( q − β θ ) − 2 θ = 0 02 10 2007 15 09 2008 12 11 2008 bending Galerkin method magnetoelastic effects mechanical stability plates (structures) vibrations...

... .” mechanical stability vacuum apparatus 01 07 2008 02 07 2008 12 11 2008 2009 American Society of Mechanical Engineers ...

... 2007 07 01 2008 21 08 2008 damping friction mechanical contact mechanical stability motorcycles tyres vehicle dynamics wheels The earliest dynamic models for two-wheeled vehicles go back over a century and were developed in the context of the bicycle. In the same way...

... Basic Research Program of China (973 Program) Grant No. 2007CB936803. 16 06 2007 10 05 2008 20 08 2008 bifurcation carbon nanotubes deformation mechanical stability micromechanics potential energy functions torsion shell theory carbon nanotube interatomic...

... side. beams (structures) buckling elasticity mechanical stability stainless steel strips structural engineering 30 07 2007 08 11 2007 20 05 2008 2008 American Society of Mechanical Engineers ...

.../1.321164 , 67 , pp. 197 – 206 . 15 11 2006 03 03 2008 13 05 2008 belts data acquisition friction mechanical stability perturbation techniques pulleys slip automotive belt parametric instabilities multifrequency excitation experimental investigation angular...

... eigenvalues and eigenfunctions Galerkin method mechanical stability Newton-Raphson method partial differential equations shells (structures) vibrations shell panels stability limit points Galerkin technique axial compression The changes in the plate and shell panel vibration...

... Multibody Nonsmooth Dynamical Systems ,” Appl. Mech. Rev. 0003-6900 10.1115/1.1454112 , 55 ( 2 ), pp. 107 – 150 . 26 11 2006 02 12 2007 13 05 2008 discrete event simulation impact (mechanical) mechanical stability robots It is well known that the rigid body model...