1. Repositório PUCRS

Percorrendo por Autor Jorge Hugo Silvestrini

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Data de publicaçãoTítuloAutor(es)
2019An interactive tool for stratigraphic visualization applied to turbulence-resolved numerical simulations of turbidity currentsFelipe Nornberg Schuch; Filipi Damasceno Vianna; Marcio S. Pinho, et al
2013Computação do ruído irradiado por um jato subsônico usando uma metodologia implícita para simulação de grandes escalasCarlos A. S. Moser; Marcelo A. F. Medeiros; Jorge Hugo Silvestrini
2022Density currents front velocity uncertaintyAVILA FARENZENA, BRUNO; Jorge Hugo Silvestrini
2016Direct numerical simulation of hyperpycnal flows in open-channel configurationRicardo André Schuh Frantz; Sylvain Laizet; Jorge Hugo Silvestrini
2016Direct numerical simulation of non-channelized particle-laden gravity currentsEzequiel Pelisoli Francisco; Luis Felipe Espath; Jorge Hugo Silvestrini, et al
2015Direct numerical simulation of particle-driven gravity currents in a basin configurationESPATH, L.F.R.; Leandro Conceição Pinto; Sylvain Laizet, et al
2014Direct Numerical Simulation of the Onset of Vortex Shedding for Blunt Elongated BodiesMarcos Aurélio Ortega; GIRARDI, ROBERTO DA MOTA; Jorge Hugo Silvestrini
2016Direct numerical simulation of turbulent flow past a cylinder with splitter plateLeonardo Antonio de Araujo; Edith B Camano Schettini; Jorge Hugo Silvestrini
2019Direct Numerical Simulations of turbidity currents with Evolutive Deposit Method, considering topography updates during the simulationLUCCHESE, LUÍSA VIEIRA; MONTEIRO, LEONARDO ROMERO; Edith Beatriz Camano Schettini, et al
2021Dissipation Scalings in the Turbulent Boundary Layer at Moderate $$Re_{ heta}$$OBLIGADO, M.; BRUN, C.; Jorge Hugo Silvestrini, et al
2017DNS/LES OF PARTICLE-DRIVEN GRAVITY CURRENTS IN A BASIN CONFIGURATIONRicardo André Schuh Frantz; FRANCISCO, EZEQUIEL P.; Sylvain Laizet, et al
2017EFFECT OF AMBIENT SHEAR IN HYPOPYCNAL PARTICLE-LADEN FLOWSBruno Farenzena; Ricardo André Schuh Frantz; Jorge Hugo Silvestrini
2021High-fidelity simulations of gravity currents using a high-order finite-difference spectral vanishing viscosity approachFRANTZ, RICARDO A.S.; DESKOS, GEORGIOS; LAIZET, SYLVAIN, et al
2019HIGH-REYNOLDS NUMBER SCALE-RESOLVING SIMULATIONS OF AXISYMMETRIC DENSITY CURRENTRicardo André Schuh Frantz; Bruno Farenzena; Sylvain Laizet, et al
2022Horizontal meandering in direct numerical simulations of the stable boundary layerSTEFANELLO, MICHEL; FRANTZ, RICARDO A. S.; ACEVEDO, OTÁVIO, et al
2017Linear stability analysis of particle-laden hypopycnal plumesFARENZENA, BRUNO AVILA; Jorge Hugo Silvestrini
2011Numerical analysis of the immersed boundary method applied to the flow around a forced oscillating cylinderLeandro Conceição Pinto; Edith B Camano Schettini; Jorge Hugo Silvestrini
2019Numerical simulation of flow-induced vibration of two cylinders elastically mounted in tandem by immersed moving boundary methodNARVÁEZ, G.F.; SCHETTINI, E.B.; Jorge Hugo Silvestrini
2016Particle-laden hypopycnal stratified shear layer: linear stability analysisBruno Farenzena; Jorge Hugo Silvestrini
2021Plunging criterion for particle-laden flows over sloping bottoms: Three-dimensional turbulence-resolving simulationsSCHUCH, F.N.; Eckart Meiburg; Jorge Hugo Silvestrini
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