... ). A detailed algorithmic framework based on complementarity problems and the use of techniques from operational research was reported in Ref. 10 , for example. variable topology dynamics impulsive inert constraints eigenvalue problem classical mechanics eigenvalues and eigenfunctions...

... classical mechanics The issue of initialization of fractional differential equations remains unresolved in the fractional calculus community. The similarity of the forms of the initialization function and the complementary function may contribute to the situation. The latter issue goes as far back...

...) of first order is obtained. The approach of generalized velocities, identified as partial velocities, was also introduced by Kane and Levinson ( 6 ). The resulting Kane’s equations represent a compact description of multibody systems. More details on the history of classical mechanics including rigid body...

.... The study of this system has both practical and theoretical motivations. Inverted Pendulum Nonsmooth Dynamics Chattering Chaos Impact Damper nonlinear dynamical systems pendulums chaos classical mechanics bifurcation dynamic response 14 04 2005 04 05 2005 2006...

.... Multibody Systems Stability Analysis Prony’s Method nonlinear dynamical systems classical mechanics stability 07 04 2005 01 05 2005 2006 American Society of Mechanical Engineers ...