Keywords: خنک کننده احیا کننده; Pyrolysis; Heat and mass transfer; Simplification; Regenerative cooling; n-Decane;
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Keywords: خنک کننده احیا کننده; Regenerative cooling; Supercritical transport phenomenon; Hydrocarbon fuel; Heat transfer deterioration; Heat flux redistribution;
Keywords: خنک کننده احیا کننده; Regenerative cooling; Separation process; Permeable tube; Fuel cell; Sintered stainless steel tube;
Keywords: خنک کننده احیا کننده; Regenerative cooling; Fuel-cooled plate; Flow distribution; Minichannel; Choked flow;
Keywords: خنک کننده احیا کننده; Cooling capacity utilization; Flow distribution; Cross section shape; Parallel channels; Regenerative cooling; Design optimization;
Keywords: خنک کننده احیا کننده; Pyrolysis; Supercritical hydrocarbon; Curved channel; Dean vortices; Regenerative cooling;
Keywords: خنک کننده احیا کننده; Two-phase detonation; Heat load; Frequency; Equivalence ratio; Regenerative cooling;
Keywords: خنک کننده احیا کننده; SSTO; Hybrid Rocket Nozzles; Nitrous Oxide; Regenerative Cooling; Aerospike Nozzles;
Keywords: خنک کننده احیا کننده; Transient process; Thermal expansion; Flow oscillation; Thermophysical property; Regenerative cooling;
Keywords: خنک کننده احیا کننده; Liquid rocket engine; Turbulent combustion; Regenerative cooling; Thrust chamber; Injector recess; Heat transfer;
Keywords: خنک کننده احیا کننده; Thermal protection; Engine; Regenerative cooling; Flow uniformity; Conjugated heat transfer;
Keywords: خنک کننده احیا کننده; Scramjet; Hydrocarbon fuel pyrolysis; Combustion-pyrolysis coupling; Regenerative cooling; Parametrical analysis;
Keywords: خنک کننده احیا کننده; Regenerative cooling; Thermophysical property; Methane; Heat transfer enhancement; Transcritical phenomenon;
Keywords: خنک کننده احیا کننده; Indirect evaporative cooling; regenerative cooling; dew point cooling; Maisotsenko cycle; energy efficiency;
Keywords: خنک کننده احیا کننده; Liquid rocket engine; Regenerative cooling; Transcritical methane; Heated channel; Nusselt number correlation; Channel roughness;
Keywords: خنک کننده احیا کننده; Liquid rocket engine; Regenerative cooling; Supercritical methane; Heat transfer deterioration; Computational Fluid Dynamics (CFD); Conjugate Heat Transfer (CHT); Channel roughness
Keywords: خنک کننده احیا کننده; Supercritical pressures; Hydrocarbon fuel; Convective heat transfer; Fuel pyrolysis; Regenerative cooling
Keywords: خنک کننده احیا کننده; Regenerative cooling; Hydrocarbon fuel pyrolysis; Ramjet engine cooling efficiency; Energy saving strategies; Lab scale testing;
Keywords: خنک کننده احیا کننده; Regenerative cooling; Turbulent Heat Transfer; Pressure loss; Supercritical pressure; Cooling channel design
Damage localization effects of the regeneratively-cooled thrust chamber wall in LOX/methane rocket engines
Keywords: خنک کننده احیا کننده; Cyclic plasticity; Damage; Heat transfer; Regenerative cooling; Rocket engine; Service life; Thrust chamber;
Exergy analysis of integrated TEG and regenerative cooling system for power generation from the scramjet cooling heat
Keywords: خنک کننده احیا کننده; Exergy; TEG; Scramjet; Regenerative cooling; Output power;
Flow dynamics in transient heat transfer of n-decane at supercritical pressure
Keywords: خنک کننده احیا کننده; Regenerative cooling; Transient response; Thermoacoustic wave; Pressure oscillation; Transient convection;
Thermal-structural analysis of regeneratively-cooled thrust chamber wall in reusable LOX/Methane rocket engines
Keywords: خنک کننده احیا کننده; Rocket engine; Thrust chamber; Regenerative cooling; Heat transfer; Mechanical load; Cyclic plasticity; Ratcheting;
Analysis of energy cascade utilization in a chemically recuperated scramjet with indirect combustion
Keywords: خنک کننده احیا کننده; Cascade utilization; Chemical recuperation; Regenerative cooling; Exergy; Scramjet;
Numerical study of fluid flows and heat transfer of aviation kerosene with consideration of fuel pyrolysis and surface coking at supercritical pressures
Keywords: خنک کننده احیا کننده; Regenerative cooling; Hydrocarbon fuel; Pyrolysis; Turbulent heat transfer; Thermophysical property
Thermal behavior in the cracking reaction zone of scramjet cooling channels at different channel aspect ratios
Keywords: خنک کننده احیا کننده; Scramjet engine; Regenerative cooling; Thermal behavior; 3-D; Channel aspect ratio; Cracking reaction;
Coupled numerical simulation of combustion and regenerative cooling in LOX/Methane rocket engines
Keywords: خنک کننده احیا کننده; Liquid rocket engines; Turbulent combustion; Regenerative cooling; Thrust chamber; Conjugate heat transfer;
Pyrolysis in porous media: Part 1. Numerical model and parametric study
Keywords: خنک کننده احیا کننده; Porous flow; Fuel pyrolysis; Regenerative cooling; Numerical simulation; SCRamjet
Numerical analysis of regenerative cooling in liquid propellant rocket engines
Keywords: خنک کننده احیا کننده; Liquid propellant rocket engines; Regenerative cooling; Cooling efficiency; Cooling channel; Liquid oxygen; Kerosene
A critical review of liquid helium temperature high frequency pulse tube cryocoolers for space applications
Keywords: خنک کننده احیا کننده; Liquid helium temperature; Pulse tube cryocooler; High frequency; High efficiency; Regenerative cooling; Space application
Effect of recooling cycle on performance of hydrogen fueled scramjet
Keywords: خنک کننده احیا کننده; Scramjet; Hydrogen; Performance; Recooling cycle; Regenerative cooling
Thermodynamic analysis and parametric study of a closed Brayton cycle thermal management system for scramjet
Keywords: خنک کننده احیا کننده; Scramjet; Regenerative cooling; Heat sink; Hydrogen; Thermal management system
Effect of cooling channel geometry on re-cooled cycle performance for hydrogen fueled scramjet
Keywords: خنک کننده احیا کننده; Re-Cooled Cycle; Regenerative cooling; Channel geometry; Fuel; Scramjet
Flow and heat transfer characteristics in fuel cooling channels of a recooling cycle
Keywords: خنک کننده احیا کننده; Recooling cycle; Regenerative cooling; Heat transfer; Fuel; Scramjet
Performance limit analysis of Recooled Cycle for regenerative cooling systems
Keywords: خنک کننده احیا کننده; Scramjet; Recooled Cycle; Regenerative cooling; Heat sink
Parametric performance analysis of multiple Re-Cooled Cycle for hydrogen fueled scramjet
Keywords: خنک کننده احیا کننده; Scramjet; Regenerative cooling; Heat sink; Hydrogen fuel; Re-cooled cycle