Project 01 Heated Airport Pavements

Project 02 Rotorcraft ASIAS

Project 05 Safety Analysis for General Aviation

Project 06 Runway Centerline Deviation

Project 25 General Aviation 2030: GA Exploratory Analysis

Project 26 Drop In Aviation Fuels Fire Safety

Project 27 Heated Pavements Phase Change Materials

Project 30 Scenario Based Training for Rotorcraft

Project 32 Rotorcraft Wire Strike

Project 33 Augmented Weather Information Project (AWIP)

Project 34 Helicopter Operations Weather Information

Project 35 Enhanced Hands-Minimized Weather Interfaces for Pilots

Most Recent

Identifying Phases of Flight in General Aviation Operations
Identifying phases of flight in General Aviation can help in identifying safety events, which are events which may result in the...
Updated Nov 14, 2021
Impact of Adverse Weather on Commercial Helicopter Pilot Decision-Making and Standard Operating Procedures
Helicopter pilots face unique challenges with regard to adverse weather when compared to fixed-wing pilots. Rotorcraft typically...
Updated Nov 14, 2021
Implementation and Validation of an Internal Combustion Engine and Propeller Model for General Aviation Aircraft Performance Studies
In order to study to the performance of general aviation aircraft with respect to various safety exceedances, an accurate...
Updated Nov 14, 2021
Incorporating Phase Change Materials in Concrete Pavement to Melt Snow and Ice
This paper discusses the use of phase change materials (PCM) in concrete pavement as a method to store energy which can be used...
Updated Oct 12, 2021
Increasing General Aviation (GA) Pilot Reports (PIREPs) through Reducing Errors
The purpose of this study was to increase General Aviation (GA) pilot reports (PIREPs) through reducing errors, trust issues,...
Updated Nov 14, 2021

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