Evaluate the potential impacts to airport operations of connected vehicle technologies, including vehicle-to-vehicle (V2V) and vehicle-to-infrastructure (V2I) communications.
Urban Air Mobility (UAM) is a safe and efficient system for air passenger and cargo transportation within an urban area, inclusive of small package delivery and other urban Unmanned Aerial Systems (UAS) services, which supports a mix of onboard/ground-piloted and increasingly autonomous operations. In recent years, UAM has developed rapidly due to advances in technology and with pilot projects underway in Dubai and planned ...more »
Practical Guidance for Designing and Constructing Airport Service Road Pavements for Non-Conventional Load Configurations
This research project will present a process for quantifying the consequences of delayed maintenance of airport assets. It will cover asset preservation policies, maintenance and budget needs, and the analyses of delayed maintenance scenarios. This process considers delayed maintenance caused by the inability to meet the owner-defined application schedule or the unavailability of the funds required to perform all needed ...more »
Develop updated academic curriculums and requirements to cultivate airport industry professionals to meet existing and future needs.
Develop guidelines for the design of airfield infrastructure to meet the unique needs of Unmanned Aerial Vehicles (UAVs). The output of the research could be a guidebook to help practitioners design aviation facilities dedicated to safely and efficiently meet the operational requirements of UAVs of various sizes and configurations.
Examine airport planning, design and construction projects and their outcomes considering the utilization of a Safety Risk Assessment (SRA) process. The SRA process, whether the result of FAA guidance or as part of an airport Safety Management System, is intended to identify and resolve important safety risk consequences early in the project formulation process. This project would identify specific benefits for using ...more »
Develop tools for evaluating the risk of runway incursions based on airport-specific factors such as airfield configuration, weather, aircraft operations, aircraft characteristics, and air traffic management practices. This project would involve data collection from historical runway incursion event data for storage in a relational database. These events would be classified by type following FAA and international taxonomy. ...more »
The main objectives of this idea are providing the U.S. airport industry and their stakeholders (airlines, ATO, ground handling service providers, etc.) with the following: - Overview of the green taxiing solutions and their typical concepts of operations, - Impact of these systems on airport operations, planning and design, - Benefits for the environmental footprint and guidance for integrating the deployment of these ...more »
The objectives of this research project are to: • Create an electronic resources library – preferably a website. This searchable electronic library should provide an inventory of available publications including the abstracts and index of ACRP research documents and non-ACRP research documents related to airside planning, design and operations. • Recommend a process for keeping the website up-to-date. • Identify which ...more »
Many airports have air traffic control tower (ATCT) facilities that were constructed more than 50 years ago and despite renovation and rehabilitation efforts, they are reaching the end of their useful life. Some do not meet updated FAA siting and design criteria, and other state-of-art practices. NATCA conducted a survey in 10 years ago (2007) that indicated over two-thirds of the ATCTs were rated as having fair to poor ...more »
This research would examine several examples where implementation of Metroplex or other procedures has resulted in widespread increased community complaints and would explore options for redesigning those flight tracks to reduce noise concentrations over noise sensitive areas while satisfying project design goals and constraints. Changes in aircraft noise exposure, fuel consumption, and air emissions would be quantified ...more »