The following report presents the undercarriage drag predictions for the retractable landing gear of the BAE Jetstream 31, operated by the National Flying Laboratory Centre (NFLC) at Cranfield University.A model of the landing gear was incorporated tothe laser scanned model of the aircraft, and Computational Fluid Dynamics (CFD) techniques were used to measure the undercarriage drag. These results are compared to the flightexperiments and empirical methods, and the CFD drag predictions are just below the prediction intervals for small angles of attack. Due to the flow field and lack of the propellers more discrepancies are observed in lift and drag at higher angles of attack
The present thesis proposes a preliminary analysis to predict the aerodynamic performance for experi...
CFD and wind tunnel simulations are complementary due to their inherent limitations. Wind tunnel te...
The purpose of this thesis is to conceptually design a fixed-wing unmanned aircraft systems (UAS) wi...
The emergent field of interest in the Urban Air Mobility community is geared towards a world where a...
The traditional flapping wing high lift mechanism research mainly focuses on the wing in unbounded f...
The demand for unmanned aerial vehicles (UAVs) has increased dramatically in the last decade from re...
The goal of the present research is to understand aerodynamics at low Reynolds numbers and synthesiz...
Nose gear failure is a high concern in the aviation industries. According to the Federal Aviation Ad...
High altitude research into free molecular flow properties has become more prominent in the aerospac...
Analysis of vortex generator's behavior and performance of flight tests in a given ultra-light aircr...
In the summer of 2014, Performance Designs, Inc. contacted Embry-Riddle Aeronautical University’s Ea...
This work addressed aerodynamic modeling methods for prediction of post-stall flight dynamics of lar...
The objective of this thesis was to develop an experimental method to research circulation control w...
A wing-embedded Cross-Flow Fan (CFF) was first proposed as an active flow control (AFC) device nearl...
While many theories on dynamic soaring are emerging, most testing of these theories has been done us...
The present thesis proposes a preliminary analysis to predict the aerodynamic performance for experi...
CFD and wind tunnel simulations are complementary due to their inherent limitations. Wind tunnel te...
The purpose of this thesis is to conceptually design a fixed-wing unmanned aircraft systems (UAS) wi...
The emergent field of interest in the Urban Air Mobility community is geared towards a world where a...
The traditional flapping wing high lift mechanism research mainly focuses on the wing in unbounded f...
The demand for unmanned aerial vehicles (UAVs) has increased dramatically in the last decade from re...
The goal of the present research is to understand aerodynamics at low Reynolds numbers and synthesiz...
Nose gear failure is a high concern in the aviation industries. According to the Federal Aviation Ad...
High altitude research into free molecular flow properties has become more prominent in the aerospac...
Analysis of vortex generator's behavior and performance of flight tests in a given ultra-light aircr...
In the summer of 2014, Performance Designs, Inc. contacted Embry-Riddle Aeronautical University’s Ea...
This work addressed aerodynamic modeling methods for prediction of post-stall flight dynamics of lar...
The objective of this thesis was to develop an experimental method to research circulation control w...
A wing-embedded Cross-Flow Fan (CFF) was first proposed as an active flow control (AFC) device nearl...
While many theories on dynamic soaring are emerging, most testing of these theories has been done us...
The present thesis proposes a preliminary analysis to predict the aerodynamic performance for experi...
CFD and wind tunnel simulations are complementary due to their inherent limitations. Wind tunnel te...
The purpose of this thesis is to conceptually design a fixed-wing unmanned aircraft systems (UAS) wi...