Numerical simulation of hydrogen supersonic combustion and validation of computational approach
D Davidenko, I Gökalp, E Dufour… - 12th AIAA international …, 2003 - arc.aiaa.org
Hydrogen supersonic combustion in a duct was simulated numerically using a Navier-
Stokes code. Simulation conditions corresponded to the LAERTE experiments: a cold …
Stokes code. Simulation conditions corresponded to the LAERTE experiments: a cold …
Role of Planar Laser-Induced Fluorescence in Combustion Research.
F Grisch, M Orain - Aerospace Lab, 2009 - hal.science
Laser diagnostics are now considered an indispensable tool in fluid dynamics research.
Such measurements provide a deeper understanding of the inner physical and chemical …
Such measurements provide a deeper understanding of the inner physical and chemical …
Research on supersonic combustion and scramjet combustors at ONERA
D Scherrer, O Dessornes, M Ferrier… - Aerospace Lab, 2016 - hal.science
An overview of selected ONERA research activities on supersonic combustion and scramjet
propulsion for civilian applications since 1992 is presented. The main part is devoted to …
propulsion for civilian applications since 1992 is presented. The main part is devoted to …
Planar laser-induced fluorescence imaging of OH in a supersonic combustor fueled with ethylene and methane
M Ryan, M Gruber, C Carter, T Mathur - Proceedings of the Combustion …, 2009 - Elsevier
A supersonic combustor was experimentally investigated using both conventional
instrumentation and laser-based diagnostics. Planar laser-induced fluorescence (PLIF) …
instrumentation and laser-based diagnostics. Planar laser-induced fluorescence (PLIF) …
Experimental investigation of laminar flame speeds of kerosene fuel and second generation biofuels in elevated conditions of pressure and preheat temperature
Y Wu - 2016 - theses.hal.science
Laminar flame speed is one of the key parameters for understanding reactivity, diffusivity
and exothermicity of fuels. It is also useful to validate both the kinetic chemical mechanisms …
and exothermicity of fuels. It is also useful to validate both the kinetic chemical mechanisms …
Numerical investigations on the performance of a multistrut hydrogen injector in a scramjet combustor
This study aims at investigating the effect of a multistrut‐based hydrogen injector in a
scramjet combustor underreacting case. The numerical analysis is carried out using two …
scramjet combustor underreacting case. The numerical analysis is carried out using two …
基于紫外激光的羟基-平面激光诱导荧光探测研究进展
张仲磷， 杨岸龙， 王江， 程光华 - 中国光学(中英文), 2024 - chineseoptics.net.cn
羟基(OH) 是一种广泛存在于燃烧反应过程中的产物, 在燃烧诊断技术中, 基于羟基的二维空间
分布常用于表征火焰的锋面结构, 同时羟基是表征火焰温度, 火焰面密度和热释放速率等特征的 …
分布常用于表征火焰的锋面结构, 同时羟基是表征火焰温度, 火焰面密度和热释放速率等特征的 …
Supersonic combustion experiments for CFD model development and validation
This paper briefly reviews a number of experiments suitable for the screening, development
and validation of turbulence models used in computational fluid dynamics (CFD). Two sets …
and validation of turbulence models used in computational fluid dynamics (CFD). Two sets …
Advanced optical diagnostics applied to dynamic flames and turbulent jets
F Grisch, A Bresson, P Bouchardy… - Aerospace science and …, 2002 - Elsevier
Experimental studies were conducted to obtain single shot measurements of temperature
and concentration in a variety of dynamic flames. The structure of a low speed hydrogen-air …
and concentration in a variety of dynamic flames. The structure of a low speed hydrogen-air …
凹腔结构对超声速燃烧室中横向燃料喷流流动与燃烧的影响
耿辉， 周进， 翟振辰， 陈军 - 推进技术, 2007 - jpt.tjjsjpt.com
在超声速燃烧室的壁面上安装具有不同长深比, 深度以及后壁倾角的凹腔,
在凹腔上游壁面横向喷注燃料射流. 分别利用掺有丙酮蒸气的氦气和氢气模拟不燃烧和燃烧两种 …
在凹腔上游壁面横向喷注燃料射流. 分别利用掺有丙酮蒸气的氦气和氢气模拟不燃烧和燃烧两种 …