Accession Number : ADA554651
Title : Assessment of Aerothermodynamic Flight Prediction Tools through Ground and Flight Experimentation (Evaluation des outils aerothermodynamiques de prediction de vol par l'experimentation au sol et en vol)
Descriptive Note : Technical rept.
Corporate Author : NATO RESEARCH AND TECHNOLOGY ORGANIZATION NEUILLY-SUR-SEINE (FRANCE)
Report Date : Nov 2011
Pagination or Media Count : 194
Abstract : AVT-136 was organized to assess and improve the understanding and prediction of aerothermodynamic phenomena and aerothermal loads for space transportation and earth/planetary entry systems through ground and flight experimentation. To achieve this goal, efforts were organized around six scientific topic areas: 1) Nose and Leading Edges; 2) Shock Interactions and Control Surfaces; 3) Shock Layers and Radiation; 4) Boundary Layer Transition; 5) Gas-Surface Interactions; and 6) Base and Afterbody Flows. Although it was recognized from the onset of AVT-136 activities that reliance on flight research data yet to be collected posed significant risk to the achievement of Task Group objectives, the group concluded the significant benefit to be derived from comparison of computational simulations with flight data warranted pursuit of such a program of work. Unfortunately, program delays and failures in the flight programs contributing to the AVT-136 effort prevented access to flight research data. Despite this setback, most of the scientific topic areas developed by the Task Group made significant progress in the assessment of current capabilities. Additionally, the activities of AVT-136 generated substantial interest within the international scientific research community and the work of the Task Group was prominently featured in a total of six invited sessions dedicated to AVT-136 in the Sixth European Symposium on Aerothermodynamics for Space Vehicles and the 48th (2010) AIAA Aerospace Sciences Meeting.
Descriptors : *AEROTHERMODYNAMICS , ATMOSPHERE ENTRY , BLUNT BODIES , COMPUTATIONAL FLUID DYNAMICS , FLIGHT , FLOW , FRANCE , GROUND LEVEL , NATO , PREDICTIONS , RADIATION , REENTRY VEHICLES , THERMOPHYSICAL PROPERTIES , TURBULENT FLOW
Subject Categories : Fluid Mechanics
Distribution Statement : APPROVED FOR PUBLIC RELEASE