K
Kamalakanta Satpathy
Researcher at University of Liège
Publications - 9
Citations - 78
Kamalakanta Satpathy is an academic researcher from University of Liège. The author has contributed to research in topics: Heat transfer & Rayleigh number. The author has an hindex of 5, co-authored 9 publications receiving 65 citations. Previous affiliations of Kamalakanta Satpathy include Ghent University & Silicon Institute of Technology.
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Numerical simulation of liquid fall induced gas entrainment and its mitigation
TL;DR: In this article, the authors numerically explored liquid fall induced gas entrainment in an FBR hot pool, and proposed a passive strategy to mitigate gas entraining in the form of a circumferential baffle plate.
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Numerical Investigation of Vortex Shedding Past a Finite Circular Cylinder Mounted on a Flat Plate
TL;DR: In this article, a circular cylinder mounted on a flat plate normal to the flow direction is numerically simulated to obtain the detailed spatio-temporal dynamics of wake vortices revealed through the velocity and pressure data.
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CFD-based process optimization of a dissolved air flotation system for drinking water production
Kamalakanta Satpathy,Kamalakanta Satpathy,Usman Rehman,B. Cools,L. Verdickt,G. Peleman,Ingmar Nopens +6 more
TL;DR: 3D numerical simulations on a scaled down model of the DAF design were analysed and design modifications have been proposed by using a perforated tube for water extraction and are found to be satisfactory.
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A fundamental approach to specify thermal and pressure loadings on containment buildings of sodium cooled fast reactors during a core disruptive accident
K. Velusamy,P. Chellapandi,Kamalakanta Satpathy,Neeraj Verma,Neeraj Verma,G.R. Raviprasan,M. Rajendrakumar,S.C. Chetal +7 more
TL;DR: In this paper, a fundamental approach towards quantification of thermal and pressure loadings on RCB during a core disruptive accident (CDA) has been described, where mathematical models have been derived from fundamental conservation principles towards determination of sodium release during a CDA, subsequent sodium fire inside RCB, building up of positive and negative pressures inside RCBs, potential of in-vessel sodium fire due to failed seals and temperature evolution in RCB walls during extended period of containment isolation.
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Numerical studies on helium cooled divertor finger mock up with sectorial extended surfaces
TL;DR: Koncar et al. as mentioned in this paper focused on finding an optimum performance of one such finger mock-up through systematic computational fluid dynamics (CFD) studies, which showed that addition of sectorial extended surfaces (SES) enhances heat removal potential with minimum pumping power.