... is incurred. Thus, the total computational effort for flexible multibody systems includes an additional order ( ∑ i = 1 N n i 3 ) operations. 16 09 2008 02 03 2010 29 06 2010 29 06 2010 deformation flexible structures momentum numerical analysis recursive functions...

...., Technische Universität Wien , Wien, Austria . Lu , J. , Ast , A. , and Eberhard , P. , 2007 , “ Modeling and Active Vibration Control of Flexible Structures Using Multibody System Theory ,” Proceedings of the ICMEM , Wuxi, China. Feng , L. , Rudnyi , E. , and Korvink , J...

... block 16 03 2009 27 08 2009 14 05 2010 14 05 2010 differential algebraic equations finite element analysis flexible structures integration mechanical engineering The present work deals with a comparison of two alternative time-stepping schemes...

... at three of the joints. 25 03 2007 03 09 2007 30 04 2008 flexible structures hammers (machines) machine components musical instruments The action mechanism of the Boston GP-178 grand piano considered in this work is shown in Fig. 1 . Action mechanism of the Boston GP...

... of the cross section and other modes of deformations such as bending and they lead to a new set of modes referred to in this paper as the ANCF-coupled deformation modes. The effect of the ANCF-coupled deformation modes can be significant in the case of very flexible structures. In this investigation, three...

... . flexible structures dynamics nonlinear equations deformation trees (mathematics) divide and conquer methods flexible body dynamics logarithmic computational complexity divide and conquer Modelling and simulation of the dynamic behavior of complex systems are regularly pursued...

... identical, and in general they are qualitatively better than the velocity-level results obtained with the two integrators. 01 04 2006 05 07 2006 differential algebraic equations impact (mechanical) mechanical contact flexible structures Jacobian matrices nonlinear systems...

... the dynamic behavior permitting the measurement of lateral displacements when the system’s support is subjected to a sinusoidal rotation. The experimental results are favorably compared with the analytical and numerical results. rotors nonlinear dynamical systems Rayleigh-Ritz methods flexible...

... out by von Dombrowski ( 38 ). In any case, the stiffness matrix K a is highly nonlinear and requires special evaluation as shown by Shabana ( 19 ). 03 05 2005 24 05 2005 vibrations flexible structures many-body problems nonlinear dynamical systems linear systems...

... structures. Analysis of complex systems becomes impossible without using powerful computer-aided numerical methods. One can find a wide review of various approaches in the literature ( 1 ). deformation many-body problems flexible structures plastic deformation finite element analysis...

...Steven W. Shaw; Christophe Pierre This paper describes an analytical investigation of the dynamic response and performance of impact vibration absorbers fitted to flexible structures that are attached to a rotating hub. This work was motivated by experimental studies at NASA, which demonstrated...