... and control problems where parameter estimation and sensitivity are of importance. 16 05 2008 08 01 2009 04 06 2009 eigenvalues and eigenfunctions N-body problems parameter estimation The understanding of the influence of inertial parameters on the dynamics behavior...

... solution process. It will be shown that this proposition improves the solution speed of the recursive method from order ( N ) to approximately order ( N − m ) , where m is the number of gyroscopic bodies in the system. flywheels N-body problems 22 05...

... among the methods, and recommend approaches that seem to perform better than others. differential algebraic equations many-body problems N-body problems constrained multibody dynamics constraint conditions numerical methods differential∕algebraic equations Methods based on the use...

... 05 10 2006 24 10 2007 N-body problems multivariable systems linearisation techniques stability eigenvalues and eigenfunctions matrix algebra time-varying systems autoregressive processes multibody systems stability analysis partial Floquet method autoregressive method...

...Cristopher Moore; Michael Nauenberg Since the discovery of the figure-eight orbit for the three-body problem [ Moore, C., 1993, Phys. Rev. Lett., 70, pp. 3675–3679 ] a large number of periodic orbits of the n -body problem with equal masses and beautiful symmetries have been discovered. However...

... , Computer Solution of Ordinary Differential Equations: The Initial Value Problem , Freeman , San Francisco, CA . 04 01 2006 03 03 2006 N-body problems nonlinear dynamical systems impact (mechanical) clearance joints multibody dynamics In recent years, the influence...

... in the model. N-body problems linearisation techniques nonlinear differential equations differential algebraic equations state-space methods 08 11 2005 25 02 2006 2006 American Society of Mechanical Engineers ...