... method is explained, and a new method for directly linearizing equations via an augmented Gibbs function is presented with examples. 15 12 2008 14 11 2009 28 09 2010 28 09 2010 linearisation techniques nonlinear dynamical systems The linearized form of governing...

... for the system. Examples are presented to illustrate the method for both continuous and hybrid systems. 10 01 2008 26 09 2008 19 05 2009 continuous systems discrete systems kinematics linearisation techniques nonlinear equations Linearized equations of motion do not embody...

... to deal with DAEs. differential algebraic equations integration Jacobian matrices joining processes linearisation techniques many-body problems mechanical products 30 11 2007 04 08 2008 09 03 2009 Laulusa , A. and Bauchau , O. , 2008 , “ Review...

... 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...

... systems feedback linearisation techniques time-varying systems periodic control symbol manipulation gain control control system synthesis Nonlinear time-periodic systems appear naturally in various branches of science and engineering and numerous practical applications can be found...

... 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 ...

.... Inaccurate prediction of such a critical speed can have serious consequences and can negatively impact the accuracy of predicting derailment scenarios and the evaluation of safety criteria. kinematics creep nonlinear dynamical systems linearisation techniques rails 24 03 2005 05 05...