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Advanced Propulsion System and Thermal Management Technology

The reprint focused on innovative developments in the fields of advanced propulsion system and thermal management technology. Propulsion systems develop along the direction of wide speed range and long endurance both for civil aircrafts and military applications. The research works of propulsion sys...

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Bibliographic Details
Other Authors: Liu, Jian (Editor), Liu, Chaoyang (Editor), Tong, Yiheng (Editor), Sunden, Bengt (Editor)
Format: Electronic Book Chapter
Language:English
Published: Basel MDPI - Multidisciplinary Digital Publishing Institute 2023
Subjects:
Technology: general issues
History of engineering & technology
auto-ignition
supersonic flow
initial flame kernel
oblique shock
recirculating region
improved body force model
off-design
Reynolds-averaged Navier-Stokes equations
meridional entropy gradient
rotor 37
rolling motion
subcooled flow boiling
transverse flow
subchannel
VOF
printed circuit heat exchanger
NACA airfoil fins
micro gas turbine recuperator
thermo-hydraulic
parametric study
ventilation
solar greenhouse
numerical simulation
system design
n/a
thrust vector control
supersonic jet
nozzle
flow entrainment
Coanda effect
schlieren method
scramjet
regenerative cooling
coupled heat transfer
pyrolysis
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Summary:The reprint focused on innovative developments in the fields of advanced propulsion system and thermal management technology. Propulsion systems develop along the direction of wide speed range and long endurance both for civil aircrafts and military applications. The research works of propulsion systems mainly include overall design, combustion, aerodynamic, internal flows and heat transfer etc. High efficiency is pursed not only by optimized designs but also from development of materials as well as application of new fuel. Along with development of high efficiency propulsion system, thermal management technology is also developed to meet the demand of external aerodynamic heating and internal combustion heat at a high flight speed. Common thermal management technology includes blade cooling in gas turbines and regenerative cooling in rocket engines. Thermal protection of engines achieves high efficiency by heat transfer enhancement, such as use of superficial fluid, nanofluids and new designed roughened surfaces. Also, some heat transfer enhancement methods in heat exchangers, battery and fuel cells are also introduced into propulsion systems.
Physical Description:1 electronic resource (126 p.)
ISBN:books978-3-0365-8005-0
9783036580043
9783036580050
Access:Open Access

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