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The workspace is investigated and the inverse dynamics is formulated using the virtual work principle.
The relative motion dynamics is formulated as a nonlinear equation and rewritten as a Quasi-Linear Time-Varying (QLTV) model.
And the resulting fault detection dynamics is formulated as an H∞ filtering problem of a Markov jump system.
A conservative discretization of the ocean primitive equations for global ocean dynamics is formulated on an unstructured grid.
The system dynamics is formulated via complex modal analysis and system complex frequencies are characterized via parametric analysis.
A continuum treatment of adsorption dynamics is formulated wherein surfactant transport in the bulk phases is described using transport equations with constant coefficients.
Similar(53)
Explicit predictor multicorrector time discontinuous Galerkin (TDG) methods developed for linear structural dynamics are formulated and implemented in a form suitable for arbitrary non-linear analysis of structural dynamics problems.
The non-linear aircraft dynamics are formulated as a linear parameter varying (LPV) system with external parameter-dependent disturbance, which arisen from the equilibrating between gravity force and nozzles thrust.
The pitch servo dynamics are formulated as follows: left{ begin{aligned} &T_{beta } frac{text{d}}{{{text{d}}t}}x_{beta } omega_{r} - omega_{hbox{max} } hfill &frac{text{d}}{{{text{d}}t}}beta, =, T_{servo} left[ {x_{beta } + K_{beta } (omega_{r} - omega_{hbox{max} } )- beta } right] hfill end{aligned} right.
Population dynamics are formulated either in discrete, nonoverlapping generations or in continuous time.
A parameter estimation problem arising from a three-dimensional computational fluid dynamics problem is formulated.
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CEO of Professional Science Editing for Scientists @ prosciediting.com