... in the longitudinal and transverse directions are usually designed to control the vibration near the simultaneous subharmonic and internal resonance where system damage is probable. The theoretical results are obtained by applying the multiple scale perturbation technique (MSPT). The stability of the obtained...

.... 19 07 2009 01 11 2009 21 05 2010 21 05 2010 aerodynamics Bessel functions Laplace equations perturbation techniques projectiles subsonic flow supersonic flow wrap-around fins rolling moment pressure coefficient subsonic and supersonic flows Paper No. ISB...

... 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 sampling Instead of classical V belts...

...N. Apetre; M. Ruzzene; S. Hanagud; S. Gopalakrishnan The influence of damage on waves propagating in beam structures is investigated through a numerical model formulated by combining spectral finite elements and perturbation techniques. The resulting numerical tool allows for an efficient...

... perturbation techniques oscillations nonlinear acoustics feedback Thermoacoustic instabilities in gas turbines develop when acoustics in a combustor couple with an unsteady heat-release in a positive feedback loop. Thermoacoustic modeling and control is well-studied for axially extended combustion...

.... external flows drag elasticity flow simulation perturbation techniques invariance velocity The paper examines the steady-state motion of an inextensible perfectly flexible string along an invariant curve of length L in a flowing medium having constant velocity W . The string...

... publication of the paper itself in the ASME JOURNAL OF APPLIED MECHANICS . 02 October 2003 13 April 2004 09 11 2004 stochastic systems asymptotic stability Lyapunov matrix equations stochastic processes linear systems bifurcation Fokker-Planck equation perturbation techniques...

... integro-differential equations perturbation techniques oscillations Shallow arches are common structural members widely used either in civil engineering (e.g., bridges) or in mechanical and aerospace engineering as subelements of more complex structures. More recently, they are being...