university of são Paulo
Post Docs
PhD
MSc
Undergraduate Research
faculty members
Bruno S. Carmo
Clovis A. Martins
Ernani V. Volpe
Fabio Saltara
Gustavo R. S. Assi
Jorge L. Baliño
Julio R. Meneghini
Rafael S. Gioria
news
Article published by International Journal of Multiphase Flow “Nonlinear stability analysis for severe slugging in an air–water two-phase flow”
An oil production system is designed to produce in a regime with a steady state flow; however, this steady state condition may not exist. The stability of this system depends on the set of parameters that defines the operational state. A stability solver was developed by the research group at NDF, with many contributions over the[…]
Article published by journal Physics of Fluids: Passive control of vortex shedding past finite cylinders under the effect of a free surface
Relatively little is still known about the flow and end effects on cylinders of low aspect ratio. Although this is a simple structure in shape, the flow about it is so complex! Even less is known when one wants to consider passive wake control of these structures under a free water surface (as in a[…]
Article published by Geoscientific Model Development “spyro: a Firedrake-based wave propagation and full-waveform-inversion finite-element solver”
We are proud to announce the paper in collaboration with Keith J. Roberts, Alexandre Olender, Lucas Franceschini, Robert C. Kirby, Rafael S. Gioria, and Bruno S. Carmo has just been published in Geoscientific Model Development. This paper is a result of our research inside the STMI (Software Technologies for Modelling and Inversion), which is a[…]
Poster apresentado na conferência Supercomputing 22
In this work “Performance of OpenMP Loop Transformations for the Acoustic Wave Stencil on GPUs”, we evaluate the performance of unroll and tiling, two loop transformations introduced in OpenMP 5.1 and early implemented in Clang 13 for GPUs. Experiments on a common seismic computational kernel demonstrate performance gains on three GPU architectures. Authors are: Jaime Freire[…]
Paper published “Assessment of turbulence models for the simulation of the flow through a megawatt scale wind turbine rotor” – EPTT2022
Neste paper são apresentadas simulações de Blade-resolved para o rotor da Turbina Teórica da NREL de 5MW, onde através de uma modelagem de CFD utilizando o OpenFOAM, realizou-se uma comparação entre dois dos mais recomendados modelos de turbulência utilizados na modelagem deste tipo de escoamento, com o objetivo de permitir computar as forças aerodinâmicas atuando[…]
Paper published in Physical Review Fluids
We are happy to share that the paper in collaboration with Bruno Carmo and Daiane Dolci has just been published in Physical Review Fluids. Take a look at the main findings of our paper: We present a method to calculate the sensitivity of the two least stable eigenvalues concerning an external forcing added in a[…]
1º Congresso Brasileiro de CCS
Dê visibilidade à sua pesquisa apresentando seu trabalho a empresas, representantes do governo, mídia e universidades no 1º Congresso Brasileiro de CCS, que será realizado virtualmente no dia 20 de setembro. Envie um resumo de até 2 páginas até dia 22 de agosto para apresentação online gravada no evento! Acesse as instruções através do link: https://www.congressobrasileiro.ccsbr.com.br/about-4-1
Paper published in the open access journal Wind MDPI
Recently a paper has been published in the open access journal Wind MDPI, about the environmental impact and life cycle assessment of a deep water floating offshore wind turbine. In the study, we assume the turbine would be used to partly decarbonize an oil & gas production system located at the Brazilian continental shelf (Santos[…]
Paper published by Geoscientific Model Development
We are proud to announce that the paper in collaboration with Daiane Dolci, Felipe Silva, Pedro Peixoto, and Ernani Volpe has just been published in Geoscientific Model Development. This paper is a result of our research inside the STMI (Software Technologies for Modelling and Inversion), which is a project of the Research Centre for Greenhouse Gas Innovation (RCGI).[…]
Artigo publicado: “Enhanced control of the turbulent flow past a circular cylinder with rotating rods inspired by an inviscid solution”
What if you could control the highly disorganised and chaotic 3D turbulent flow that is formed after it goes past a bluff structure and could possibly lead it progressively into a 2D configuration and, for sufficient rotation speeds, eventually eliminate the randomness of the eddies to achieve a smooth flow? The PhD researcher Icaro Carvalho and Professor Gustavo Assi[…]