2 edition of Hot gas ingestion characteristics and flow visualization of a vectored thrust STOVL concept found in the catalog.
Hot gas ingestion characteristics and flow visualization of a vectored thrust STOVL concept
by National Aeronautics and Space Administration, For sale by the National Technical Information Service in [Washington, D.C.], [Springfield, Va
Written in English
|Other titles||Lewis Research Center.|
|Statement||Albert L. Johns ... [et al.] ; prepared for the International Powered Lift Conference sponsored by the Royal Aeronautical Society, London, United Kingdom, August 29-31, 1990.|
|Series||NASA technical memorandum -- 103212.|
|Contributions||Johns, Albert L., United States. National Aeronautics and Space Administration.|
|The Physical Object|
|Pagination||20,  p.|
|Number of Pages||20|
Parametric Analysis of a Turbojet engine with reduced inlet pressure to the compressor Ujam, A.J. of desired thrust range. A flow control mechanism that produces a pressure drop across inlet was assumed and The core stream is the same as that of a turbojet and provides the hot thrust; however, the core. AOE Homework 2 One problem from this homework (to be chosen at random) will be graded for 70% of the credit on this homework. The three remaining questions will be graded for completeness only, with each worth 10%. Students must prepare their homework solutions individually, except as noted below for the ‘recitation problem’. The honorFile Size: KB.
bubbly flow of Diesel and CNG inside a horizontal pipe. CNG’s bubbly flow behavior inside diesel exists in order to have an extensive variety of characteristics of two-phase flow (size and shape of bubbles, gas velocity, and gas area fraction). For this purpose, an analysis was executed over the bubbles of CNG inside laminar Diesel : H. A. Abdul Wahhab, A. R. A. Aziz, H. Al Kayiem, M. S. Nasif. Gas-liquid flow commonly occurs in oil and gas production and processing system. Large diameter vertical pipes can reduce pressure drops and so minimize operating costs. However, there is a need for research on two-phase flow in large diameter pipes to provide confidence to designers of equipments such as deep water risers. In this study a number of experimental campaigns were carried out to.
Inﬂuence of rarefaction on the ﬂow dynamics of a stationary supersonic hot-gas expansion G. Abbate* and C. R. Kleijn Department of Multi-Scale Physics and J.M. Burgers Centre for Fluid Mechanics, Delft University of Technology, Prins Bernhardlaan 6, BW Delft, The Netherlands B. J. ThijsseCited by: 7. The experimental evaluation of a gas turbine engine's performance requires the accurate measurement of the inlet air mass flow rate into the engine. A bell-mouth engine inlet can be used for this purpose in the static test of an engine. The freestream velocity V 0 is assumed to be zero, and the flow through the bell mouth is assumed to be adiabatic and reversible.
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Hot gas ingestion, the entrainment of heated engine exhaust into the inlet flow field, is the key development issue for advanced short takeoff and vertical landing aircraft.
A percent scale short takeoff and vertical landing (STOVL) hot gas ingestion model was designed and built by McDonnell Douglas Corporation (MCAIR) and tested in the. HOT GAS INGESTION CHARACTERISTICS AND FLOW VISUALIZATION OF A VECTORED THRUST STOVL CONCEPT Albert L.
Johns, George H. Neiner, and Timothy J. Bencic National Aeronautics and Space Administration Lewis Research Center Cleveland, Ohio Joseph D. Flood, Kurt C.
Amuedo, Thomas W. Struck. and Ben R. Williams McDonnell Aircraft Company P.O. Get this from a library. Hot gas ingestion characteristics and flow visualization of a vectored thrust STOVL concept. [Albert L Johns; United States. National Aeronautics and Space Administration.;].
Hot gas ingestion problems for STOVL (Short Take-Off, Vertical Landing) aircraft are typically approached with empirical methods and experience.
In this study, the hot gas environment around a STOVL aircraft was modeled as multiple jets in crossflow with inlet suction. The flow fieldFile Size: 7MB.
Hot gas ingestion (HGI) can be a problematic feature of short take-off vertical landing (STOVL) aircraft during the descent phase of landing, or while on the ground. Hot gas ingestion characteristics of a percent scale model of the Mixed-Flow Vectored-Thrust (MFVT) ASTOVL aircraft concept Craig Hange and Douglas Wardwell.
Noise generated by a flight weight, air flow control valve in a vertical takeoff and landing aircraft th Hot gas ingestion characteristics and flow visualization of a vectored thrust STOVL concept [microform] Preliminary design of a supersonic short takeoff and vertical landing (STOVL) fighter aircraft [microfor.
29 () - Operating thrust reversers at low ground speeds can sometimes cause 1. sand or other foreign object ingestion hot gas re-ingestion compressor stalls. A- 1, 2, and 3. 30 () - Engines using cold stream, or both cold and hot stream reversing include. The ingress of hot gas through the rim seal of a gas turbine depends on the pressure difference between the mainstream flow in the turbine annulus and that in the wheel-space radially inward of.
Fluid flow visualization is a technique to actually see the flow patterns and get an insight in the possible theory to be applied. To see is to believe, it's said, hence this technique is very effective in understanding of fluid flow phenomena. Full text of "NASA Technical Reports Server (NTRS) Bibliography of Lewis Research Center Technical Publications announced in " See other formats.
The complex three-dimensional flow field produced by secondary injection of hot gases in nozzle of a rocket motor for the thrust vector control is analyzed by solving three-dimensional governing equations, using Fluent code, with appropriate boundary by: 4.
Fire flame icon vector template. Hot red orange fire flame for caution hot or spicy food. Vector logo symbol for oil, gas and ener Fire vector icon sign symbol cooking gas, gas, food line icon on white background Cooking gas icon from Camping collection.
Spicy chili hot pepper level labels. Nevertheless, studies on gas-solid flow characteristics at the wall of ultra-high riser were scarce. To further explore the gas-solid flow characteristics at the wall of ultra-high riser, a high-speed camera was used to record the flowing processes of clusters at the wall of the transparent CFB riser with 60 m in height and m in by: 1.
HOT GAS SECONDARY INJECTION THRUST VECTOR CONTROL DEMONSTRATION PROGRAM. [Paul D. Nance] on *FREE* shipping on qualifying : Paul D. Nance. A disk of gas that accumulates around a center of gravitational attraction, such as a white dwarf, neutron star, or black hole.
As the gas spirals in, it becomes hot and emits light or even X-radiation. to the mean free path of the gas molecules involved. The supersonic flow adjusts to the presence of the body by means of such shock waves, whereas subsonic flow can adjust by gradual changes in flow properties.
Shocks may also occur in the flow of a compressible medium through nozzles or ducts and thus may have a decisive effect on these flows.
How is the thrust of a jet engine determined. By the mass air flow and jet pipe pressure. By the mass air flow and velocity.
By the air temperature and velocity of the mass airflow. By the change in velocity of. hte. mass airflow Compressors.
How is the compression ratio of a jet engine determined. By the diameter of the compressors. The ceramic gas turbine blade is rotated by hot combustion gas flow at around 1, degree centigrade. The object is illuminated by hot gas circumstance and burst out unexpectedly in its spinning aroundtorpm.
Ultranac, an image converter high speed camera, is used in this application in order to catch the event atAuthor: Makoto Watanabe, Koushi Ando. The effect of the absolute dimensions of ramjet models on the gas- and thermodynamics of the heat input and the overall thrust characteristics of an internal channel is investigated at Mach number M=5 in a short-duration high-enthalpy test stand with a double prechamber.
Data obtained from models with airstream intake diameters of and 23 mm are by: 1. "The hot particulate ingestion rig allows us to shoot sand into the hot-gas flow at small level components and rapidly prototype new coating materials.
With this system we've done a world-first.Towards the Visualization of Fuel Cavitation in a Nozzle of a Diesel Engine by Neutron Radiography p Quantitative Measurement of Void Fraction Distributions in Gas-Liquid Two-Phase Flow by Neutron Radiography p Application of Digital Radiography to Aerospace-Craft Author: N.
Takenaka, T. Kadowaki, K. Tohara, Kouji Kawabata, Y. Kawabata, In Chul Lim, Cheul Muu Sim. Combustion visualizations were carried out in a constant volume vessel to study the partially premixed combustion of a gasoline-like fuel using high speed imaging.
The test fuel (G80H20) is composed by volume 80% commercial gasoline and 20% n-heptane. The effects of ambient gas composition, ambienCited by: 7.