This report analyzes the future short-term and long-term automobile parking demands at Portland International Airport to determine the minimum construction cost to meet this demand. By the year 2010, 704 additional short-term spaces and 3790 long-term spaces will be required to meet the expected 2.5 million additional travellers. A linear programming model was developed and it was found that the minimum construction cost will be $34,570,000. This entails building 320 short-term spaces between the years 1995 and 2000. Long-term demand can be satisfied by constructing 1740 spaces between 1990 and 1995, 1740 spaces between 1995 and 2000, and 580 spaces between 2005 and 2010
2020PDFTech ReportGabbe, C JManville, MichaelOsman, TanerMETRANS Transportation Center (Calif.)Pacif...
The Lloyd District is a high-density commercial and residential district located a short distance fr...
Optimizations of aircraft parking area (apron) Minangkabau International Airport can be done by redu...
Airports have been characterized by a dramatic traffic expansion in and out of airport parking areas...
In this paper, a decision making tool for the optimization of size and location of airport parking f...
Automobile parking demand is a derived demand that is increasing in many airports around the world d...
Purpose This chapter estimates how minimum parking requirements increase the cost of constructing h...
The rise in private vehicles has led to the rise in the demand for parking, and this demand calls fo...
This project is a collaboration with Portland Bureau of Transportation, to study city required parki...
Parking facilities represent a fundamental element in the airport’s operative process and at the sam...
Urban planners typically set the minimum parking requirements for every land use to satisfy the peak...
Visitors to the Portland International Jetport are encountering a serious lack of adequate parking s...
The purpose of this research was to develop a cost optimization model to identify an optimal solutio...
The 2020 coronavirus pandemic lead to a virtual standstill of air passenger traffic in the spring of...
Parking continues to pose a frustrating problem for travelers and commuters at large metropolitan ar...
2020PDFTech ReportGabbe, C JManville, MichaelOsman, TanerMETRANS Transportation Center (Calif.)Pacif...
The Lloyd District is a high-density commercial and residential district located a short distance fr...
Optimizations of aircraft parking area (apron) Minangkabau International Airport can be done by redu...
Airports have been characterized by a dramatic traffic expansion in and out of airport parking areas...
In this paper, a decision making tool for the optimization of size and location of airport parking f...
Automobile parking demand is a derived demand that is increasing in many airports around the world d...
Purpose This chapter estimates how minimum parking requirements increase the cost of constructing h...
The rise in private vehicles has led to the rise in the demand for parking, and this demand calls fo...
This project is a collaboration with Portland Bureau of Transportation, to study city required parki...
Parking facilities represent a fundamental element in the airport’s operative process and at the sam...
Urban planners typically set the minimum parking requirements for every land use to satisfy the peak...
Visitors to the Portland International Jetport are encountering a serious lack of adequate parking s...
The purpose of this research was to develop a cost optimization model to identify an optimal solutio...
The 2020 coronavirus pandemic lead to a virtual standstill of air passenger traffic in the spring of...
Parking continues to pose a frustrating problem for travelers and commuters at large metropolitan ar...
2020PDFTech ReportGabbe, C JManville, MichaelOsman, TanerMETRANS Transportation Center (Calif.)Pacif...
The Lloyd District is a high-density commercial and residential district located a short distance fr...
Optimizations of aircraft parking area (apron) Minangkabau International Airport can be done by redu...