Abstract
Most of the discussion in this book is centered around self-park, ramp-access, multi-level parking structures. Ramp-access garages use sloping floors for vertical circulation of vehicles and typically require a minimum footprint about 100 ft long by 90 ft wide where there is no parking on the ramp. A more efficient and cost-effective design, with parking on gently sloping ramps (maximum slope of 5%), requires a minimum footprint about 150 ft long by 120 ft wide. In congested urban areas, it is difficult to find sites of size adequate to accommodate a ramp-access garage. The solution is a mechanical-access parking structure.
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References
Technical Data Sheets from the following manufacturers:
a. ParkMobile, CompuTower Corporation, North Miami Beach, FL.
b. SpaceSaver Parking Company, Chicago, IL.
c. AutoSpace Corporation, Boston, MA.
d. ShinMaywa Automated Parking Systems, Los Angeles, CA.
e. CAR-SAFE, KRUPS Parking Systems, Dortmund, Germany.
f. Klaus Parking Systems USA, Inc., Toronto, Ontario, Canada.
g. ParkPlus, Bloomfield, NJ.
h. ChessPark, ASSA Industries Ltd., Rishon Le-Zion, Israel.
i. TreviPark Automatic Parking System, TREVICOS Corporation, Boston, MA.
j. Grando Automatic Spiral Parking Modules, J.E.Access Ltd., Los Angeles, CA.
k. Hi-Tech Parking Systems, Inc., Beverly, MA.
l. Harding Steel, Inc., Englewood, CO.
m. Sky Park Mechanical Parking System, Stockholm, Sweden.
Mechanical Parking Seminar, PARKING TODAY magazine, The Meadowlands, NJ, February 14, 2000.
Feasibility Study, North Beach Automated Parking Garage, by Chin & Hensort, Inc. for the Department of Parking & Traffic, San Francisco, CA, 1996
Harding, Wayne: Mechanical Parking: The New Generation, PARKING magazine, pp. 27–32, May 1992, National Parking Association, Washington, DC.
Harding, Wayne: Mechanical Parking: The New Generation Part II, PARKING magazine, pp. 46–51, June 1992, National Parking Association, Washington, DC.
Gruber, Benny: A Computerized Parking Solution, PARKING magazine, pp. 27–29, April 2000, National Parking Association, Washington, DC.
Gilot, Louis: New Parking Garage Features Shelf Source, The Wall Street Journal, February 3, 1999.
Anderson, Jack: Can We Conquer Parking Space? PARADE magazine, Washington, DC, December 28, 1975.
CEITEC Evaluation Plan for TreviPark Automatic Parking System, December 14, 1999, The Civil Engineering Research Foundation (CERF), American Society of Civil Engineers, Washington, DC.
Laughlin, Fred; Dorsett, John; Schnelle, Margie, and Hicks, John: Operating Costs for Parking Structures Vary Significantly, PARKING magazine, May/June 1997, National Parking Association, Washington, DC.
Klatt, Richard: Market and Financial Analysis, Robotic Parking Structure, Chicago, IL for Centrum Properties, by Walker Parking Consultants, December 1999.
International Building Code 2000, International Code Council, Falls Church, VA, March, 2000.
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© 2001 Springer Science+Business Media New York
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Monahan, D.R. (2001). Mechanical Access Parking Structures. In: Parking Structures. Springer, Boston, MA. https://doi.org/10.1007/978-1-4615-1577-7_8
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DOI: https://doi.org/10.1007/978-1-4615-1577-7_8
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