Add to ORKGThis study investigates heat transfer and pressure drop for rib-roughened square channel without bleed. To optimize the shape of rib, CFD tools were used to model and simulate channel flow with a variety of rib angles and geometries. To validate simulations and determine the turbulence model, experimental results for two-pass channels with ribs at 45˚ angles with BR = 0 and Re = 25,000 was compared. It was found after conducting simulations with different turbulence models that SST turbulence model gave the best results
This work investigates the uncertainties in reaction rates of an n-dodecane model on turbulent spray...
Thermal Protection systems (TPS) are used as shields in space vehicles which encounter high heat and...
The aim of this study is to evaluate a methodology for modeling the influence of crystallographic gr...
This study investigates heat transfer and pressure drop for rib-roughened square channel without ble...
This work investigated the impacts of a complex piston head geometry on the aerodynamics and chemica...
The solar energy receiver is an essential component of particle-based Concentrating Solar Power (CSP...
The emergent field of interest in the Urban Air Mobility community is geared towards a world where a...
Natural convection driven flows are present in many engineering applications such as HVAC, electroni...
Two processes for the computational determination of aerospace vehicle stability derivatives have be...
In this thesis, the key concepts of independent autonomous Unmanned Aircraft Systems (UAS) are explo...
In this thesis, the key concepts of independent autonomous Unmanned Aircraft Systems (UAS) are explo...
Dynamic wake models have been used in real-time flight simulations for over thirty years. The models...
To reduce the power consumption of air conditioning system, we can optimize the flow rate in air c...
Nose gear failure is a high concern in the aviation industries. According to the Federal Aviation Ad...
Thermal Protection systems (TPS) are used as shields in space vehicles which encounter high heat and...
This work investigates the uncertainties in reaction rates of an n-dodecane model on turbulent spray...
Thermal Protection systems (TPS) are used as shields in space vehicles which encounter high heat and...
The aim of this study is to evaluate a methodology for modeling the influence of crystallographic gr...
This study investigates heat transfer and pressure drop for rib-roughened square channel without ble...
This work investigated the impacts of a complex piston head geometry on the aerodynamics and chemica...
The solar energy receiver is an essential component of particle-based Concentrating Solar Power (CSP...
The emergent field of interest in the Urban Air Mobility community is geared towards a world where a...
Natural convection driven flows are present in many engineering applications such as HVAC, electroni...
Two processes for the computational determination of aerospace vehicle stability derivatives have be...
In this thesis, the key concepts of independent autonomous Unmanned Aircraft Systems (UAS) are explo...
In this thesis, the key concepts of independent autonomous Unmanned Aircraft Systems (UAS) are explo...
Dynamic wake models have been used in real-time flight simulations for over thirty years. The models...
To reduce the power consumption of air conditioning system, we can optimize the flow rate in air c...
Nose gear failure is a high concern in the aviation industries. According to the Federal Aviation Ad...
Thermal Protection systems (TPS) are used as shields in space vehicles which encounter high heat and...
This work investigates the uncertainties in reaction rates of an n-dodecane model on turbulent spray...
Thermal Protection systems (TPS) are used as shields in space vehicles which encounter high heat and...
The aim of this study is to evaluate a methodology for modeling the influence of crystallographic gr...