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The proposed method is assessed on one-dimensional test cases exhibiting rough solutions, degeneracies, and capillary barriers.
The performance of the software and the proposed Schur complement method is assessed on a numerical example.
Finally, the method is assessed on cases corresponding to melting of tin and octadecane driven by natural convection.
The efficiency of the method is assessed on an analytic test case and a classical aerodynamic transonic flow around a 2D profile.
The performance of the method is assessed on test cases involving shocked fluid flows interacting with two and three-dimensional deformable solids undergoing large displacements.
The method is assessed on a fully unsteady time-developing compressible mixing layer at a low-Reynolds number for which a DNS has also been performed, and in the inviscid case.
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The performances of the proposed method are assessed on simulated signals.
The method was assessed on 9-h recordings including 101 marked spikes.
The detection range of the method was assessed on purified DNA templates from different animal origins.
Efficiency and robustness of the overall method are assessed on the Burgers and Euler equations with shocks.
The method was assessed on its ability to reproduce the native contacts in five benchmark cases with simulated MS data and two cases with real MS data.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com