@InProceedings{PalhariniSant:2010:LeRaEf,
author = "Palharini, Rodrigo Cassineli and Santos, Wilson Fernando Nogueira
dos",
affiliation = "{Instituto Nacional de Pesquisas Espaciais (INPE)} and {Instituto
Nacional de Pesquisas Espaciais (INPE)}",
title = "Length-to-Depth Ratio Effects on Heat Transfer and Pressure
Distributions of Low-Density Hypersonic Cavity Flow",
booktitle = "Anais...",
year = "2010",
organization = "Encontro de Modelagem Molecular, 13.",
publisher = "IPRJ / UERJ",
keywords = "Aerodynamic heating, Rarefied Hypersonic Flow, Direct Simulation
Monte Carlo (DSMC).",
abstract = "A computational investigation has been carried out to examine a
rarefied hypersonic flow over cavities by employing the Direct
Simulation Monte Carlo (DSMC) method. The work focuses on the
effects in the aerodynamic surface quantities due to variations in
the cavity length-to-depth (L/H) ratio. The results presented
highlight the sensitivity of the heat transfer, pressure and skin
friction coefficients due to changes on the cavity L/H ratio. The
L/H ratio ranged from 1 to 4, which corresponded to overall
Knudsen numbers in the transition flow regime. The analysis showed
that the aerodynamic quantities acting on the cavity surface rely
on the L/H ratio. It was found that the pressure load and the
heating load to the cavity surfaces presented peak values along
the downstream face, i.e., at the cavity shoulder. Moreover, these
loads are much higher than those found in a smooth surface .",
conference-location = "Nova Friburgo",
label = "lattes: 6187050815645712 1 PalhariniSant:2010:LeRaEf",
language = "pt",
url = "http://www.emc2010.iprj.uerj.br/",
urlaccessdate = "03 maio 2024"
}