On the integration of stochastic rigid body with geometric numerical schemes
arXiv:1410.0862h-index: 1
Originality Synthesis-oriented
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For researchers in stochastic geometric mechanics, this work provides a comparative analysis of numerical schemes, though the results are incremental.
The paper investigates explicit splitting schemes for a rigid body model under stochastic torque and random inertia perturbations, comparing their performance to traditional solvers.
In the present paper we investigate the performance of explicit splitting schemes and related techniques applied to a rigid body model subject to a stochastic torque and random perturbations in the inertia tensor. Results are discussed and compared with traditional solvers for such model.