Approximating the Basset force by optimizing the method of van Hinsberg et al.
In this work we put the method proposed by van Hinsberg et al.[29] to the test, highlighting its
accuracy and efficiency in a sequence of benchmarks of increasing complexity. Furthermore,
we explore the possibility of systematizing the way in which the method's free parameters
are determined by generalizing the optimization problem that was considered originally.
Finally, we provide a list of worked-out values, ready for implementation in large-scale
particle-laden flow simulations.
accuracy and efficiency in a sequence of benchmarks of increasing complexity. Furthermore,
we explore the possibility of systematizing the way in which the method's free parameters
are determined by generalizing the optimization problem that was considered originally.
Finally, we provide a list of worked-out values, ready for implementation in large-scale
particle-laden flow simulations.
Abstract
In this work we put the method proposed by van Hinsberg et al. [29] to the test, highlighting its accuracy and efficiency in a sequence of benchmarks of increasing complexity. Furthermore, we explore the possibility of systematizing the way in which the method's free parameters are determined by generalizing the optimization problem that was considered originally. Finally, we provide a list of worked-out values, ready for implementation in large-scale particle-laden flow simulations.
Elsevier
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