Arizona State and Local Government Documents Collection
The State and Local Arizona Documents (SALAD) collection contains documents published by the State of Arizona, its Counties, incorporated Cities or Towns, or affiliated Councils of Government; documents produced under the auspices of a state or local agency, board, commission or department, including reports made to these units; and Salt River Project, a licensed municipality. ASU is a primary collector of state publications and makes a concerted effort to acquire and catalog most materials published by state and local governmental agencies.
The ASU Digital Repository provides access to digital SALAD publications, however the ASU Libraries’ non-digitized Arizona documents can be searched through the ASU Libraries Catalog. For additional assistance, Ask A Government Documents Librarian.
Publications issued by the Morrison Institute for Public Programs at Arizona State University are also available in PRISM, in the Morrison Institute for Public Policy - Publications Archive collection.
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- Creators: The Pride Publishing Company
- Creators: Kimley-Horn and Associates
"The Arizona Department of Transportation (ADOT) has been ... developing freeway travel times for the last several years on Phoenix metropolitan area freeways. Travel times in the region were first developed by the AZTechTM partnerships. ADOT loop detector data was used and the travel time algorithm was tested and validated on I-17. In January 2008, ADOT initiated a pilot project to display freeway travel times on selected dynamic message signs (DMS) in the Phoenix metropolitan area. The Travel Time Pilot Project included travel time messages being displayed on 12 DMS ... These sign locations were intended to be visible to the largest number of freeway weekday commuters on the most heavily traveled freeway corridors in the Phoenix metropolitan area. An evaluation of the pilot project was conducted to identify if there were any impacts to freeway speed, mobility, or crash rates. An integral part of the evaluation also was to obtain user feedback on the Travel Time Pilot Program ... [T]he perceived value of the DMS travel times by regular users of the freeway network ... will be an important justification for ADOT to continue and/or expand the ... Program. The goals of the DMS Travel Time Pilot Program evaluation were to: evaluate impacts to freeway operations and freeway mobility as a result of posting travel time messages on DMS during peak hour travel; evaluate and document customer response to freeway travel time messages for use in development enhancements or recommended modifications to the DMS Travel Time Pilot Program; and, compare the accuracy of travel time messages being displayed with actual travel times" --Executive summary
"In January 2008, ADOT initiated a pilot project to display freeway travel times on selected dynamic message signs (DMS) in the Phoenix metropolitan area. The Travel Time Pilot Project included travel time messages being displayed on 12 DMS ... An evaluation ... was conducted to identify if there were any impacts to freeway speed, mobility, or crash rates ... also ... to obtain user feedback ... The goals of the DMS Travel Time Pilot Program evaluation were to: evaluate impacts to freeway operations and freeway mobility as a result of posting travel time messages on DMS during peak hour travel; evaluate and document customer response to freeway travel time messages for use in development enhancements or recommended modifications to the DMS Travel Time Pilot Program; and, compare the accuracy of travel time messages being displayed with actual travel times" --Executive summary
The 2009 Navajo Nation Long Range Transportation Plan is a twenty-year comprehensive plan developed and updated by the Navajo Division of Transportation in a five-year cycle. The plan identifies the Nation’s multi-modal transportation needs over the next 20 years and develops strategies to meet them. The plan provides long range planning policies and implementation strategies for the Navajo Indian Reservation Roads Program improvements. It is based on a comprehensive analysis of all pertinent factors and issues affecting the Navajo Nation’s existing and future transportation needs.
To help commemorate Arizona’s centennial on February 14, 2012, a centennial project was begun to inventory and promote the protection of historic cemeteries throughout the state. Historic cemeteries were chosen as the focus of a centennial project because they are important irreplaceable resources many of which are in danger of being lost through neglect, natural erosion, and vandalism. As the Arizona Centennial approached, it seemed appropriate that an organized statewide effort be undertaken to locate, inventory and provide guidance for the conservation and maintenance of these significant properties.
The study reported here was designed to examine the impact of background meteorological conditions on the propagation of noise from urban freeways in the Phoenix area. The aim was to understand and predict how sound waves emanating from highways respond to the vertical profiles of atmospheric temperature gradients and velocity shear, so that sound measurements can be interpreted with regard to the environmental variability.
This report provides a simplified method to be used for evaluating the skin friction and tip resistance of axially loaded drilled shafts. A summary of literature and current practice was completed and then a comprehensive set of field and laboratory tests was performed. Several soil samples were collected from different sites from Arizona and surrounding states. Large scale direct shear apparatus was developed and used to determine the friction between soil and concrete. Finite element analyses were conducted on several prototype cases to determine effect of soil parameters such as dilation on the skin friction values. A step-by-step simplified approach was introduced to determine the skin and tip resistance of drilled shaft foundations in gravelly soils. An example application was presented to guide users in utilizing the simplified approach.