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Applied Mathematics, Computation and Simulation: Part I

Applied Mathematics, Computation and Simulation: Part I

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2:00 pm: PhD Seminars IX

2:00 pm: PhD Seminars X

Subjects of interest

Archives

Calendar

2:00 pm: PhD Seminars IX

2:00 pm: PhD Seminars X

Talk 1

Talk 2

Talk 1

Talk 2

Talk 1

Talk 2

Talk 1

Talk 2

Location: Euler Violet room of Inria Sophia Antipolis - Méditerranée

Location: Euler Violet room of Inria Sophia Antipolis - Méditerranée

admin 2016/11/22 2017/03/21Seminars 0

During last Monday’s seminar, which was the first of the Applied Mathematics chapter, we discovered a lot of things on Mesh adaptations and Fluid Dynamics, thanks to a really wonderful presentation by Eleanore Gauci of team ECUADOR. If you would like to find out more about this work, Eleanore suggests…

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applied mathematics asteroid exploration biological systems brain combinatorial optimization communication conductivity estimation dynamic dynamics EEG fixed point loops fluid dynamics functional emmbeddings fusion plasmas Galerkin time domain methods git health-biology infection spread invariant manifolds mapping marketing mesh modeling nanophotonics networks networks-systems-distributed-computing neuronal cells numerical simulations optimal transport optimisation optimization pattern recognition PDE protein function radar applications regularization retina routing applications scientific dissemination sed shape matching source localization stochastic gradient algorithm variability workshop
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12 2:00 pm: PhD Seminars X June 12, 2019 2:00 pm – 4:00 pm Location: Euler Violet room of Inria Sophia Antipolis - Méditerranée Talk 1 Speaker Anne-Laure Simonelli (EUR DS4H) Title Graduate School & Research : Digital Systems 4 Humans Abstract Digital Systems for Humans (DS4H) is the first graduate school of research at Université Côte d'Azur and the only one in France with digital sciences as focus. It is a multidisciplinary research and educational program centered on how the digital revolution does impact various disciplines such as computer sciences, electronics, economy and law. Within DS4H, Master and PhD students conceive and build tomorrow’s digital systems ; they explore the links between humans and the digital world. DS4H gathers 12 partner laboratories and benefits from a close connection with the local innovation and business sphere. Its fully modular training program (including minors, in-lab immersion, and interdisciplinary group projects) provides graduates with highly-sought skills both in the industrial and research worlds. Talk 2 Speaker Ashish Bhole (CASTOR) Title Fluctuation splitting Riemann solver for a non-conservative modeling of shear shallow water flow Abstract In this work, we propose a fluctuation splitting finite volume scheme for a non-conservative modeling of shear shallow water flow (SSWF). This model was originally proposed by Teshukov (2007) and was extended to include modeling of friction by Gavrilyuk et al. (2018). The directional splitting scheme proposed by Gavrilyuk et al. (2018) is tricky to apply on unstructured grids. Our scheme is based on the physical splitting in which we separate the characteristic waves of the model to form two different hyperbolic sub-systems. The fluctuations associated with each sub-systems are computed by developing Riemann solvers for these sub-systems in a local coordinate system. These fluctuations enables us to develop a Godunov-type scheme that can be easily applied on mixed/unstructured grids. While the equation of energy conservation is solved along with the SSWF model in Gavrilyuk et al. (2018), in this work we solve only SSWF model equations. We develop a cell-centered finite volume code to validate the proposed scheme with the help of some numerical tests. As expected, the scheme shows first order convergence. The numerical simulation of 1D roll waves shows a good agreement with the experimental results. The numerical simulations of 2D roll waves show similar transverse wave structures as observed by Gavrilyuk et al. (2018). More