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• 2008377903 abstract "Effective winter maintenance makes use of freezing-point-depressant chemicals (also known as ice-control products) to prevent the formation of the bond between snow and ice and the highway pavement. In performing such winter maintenance, the selection of appropriate ice-control products for the bond prevention task involves consideration of a number of factors, as indicated in Nixon and Williams (2001). The factors are in essence performance measurements of the ice-control products, and as such can be easily incorporated into a specification document to allow for selection of the best ice-control products for a given agency to use in its winter maintenance activities. Once performance measures for de-icing or anti-icing chemicals have been specified, this allows the creation of a quality control program for the acceptance of those chemicals. This study presents a series of performance measurement tests for ice-control products, and discusses the role that they can play in such a quality control program. Some tests are simple and rapid enough that they can be performed on every load of ice-control products received, while for others, a sampling technique must be used. An appropriate sampling technique is presented. Further, each test is categorized as to whether it should be applied to every load of ice-control products or on a sampling basis. The study includes a detailed literature review that considers the performance of ice-control products in three areas: temperature related performance, product consistency, and negative side effects. The negative side effects are further broken down into three areas, namely operational side effects (such as chemical slipperiness), environmental side effects, and infrastructural side effects (such as corrosion of vehicles and damage to concrete.) The review indicated that in the area of side effects the field performance of ice-control products is currently so difficult to model in the laboratory that no particular specification tests can be recommended at this time. A study of the impact of ice-control products on concrete was performed by Professor Wang of Iowa State University as a sub-contract to this study, and has been presented to the Iowa Highway Research Board prior to this report.".
• 2008377903 contributor B11225655.
• 2008377903 contributor B11225656.
• 2008377903 created "2007]".
• 2008377903 date "2007".
• 2008377903 date "2007]".
• 2008377903 dateCopyrighted "2007]".
• 2008377903 description "Effective winter maintenance makes use of freezing-point-depressant chemicals (also known as ice-control products) to prevent the formation of the bond between snow and ice and the highway pavement. In performing such winter maintenance, the selection of appropriate ice-control products for the bond prevention task involves consideration of a number of factors, as indicated in Nixon and Williams (2001). The factors are in essence performance measurements of the ice-control products, and as such can be easily incorporated into a specification document to allow for selection of the best ice-control products for a given agency to use in its winter maintenance activities. Once performance measures for de-icing or anti-icing chemicals have been specified, this allows the creation of a quality control program for the acceptance of those chemicals. This study presents a series of performance measurement tests for ice-control products, and discusses the role that they can play in such a quality control program. Some tests are simple and rapid enough that they can be performed on every load of ice-control products received, while for others, a sampling technique must be used. An appropriate sampling technique is presented. Further, each test is categorized as to whether it should be applied to every load of ice-control products or on a sampling basis. The study includes a detailed literature review that considers the performance of ice-control products in three areas: temperature related performance, product consistency, and negative side effects. The negative side effects are further broken down into three areas, namely operational side effects (such as chemical slipperiness), environmental side effects, and infrastructural side effects (such as corrosion of vehicles and damage to concrete.) The review indicated that in the area of side effects the field performance of ice-control products is currently so difficult to model in the laboratory that no particular specification tests can be recommended at this time. A study of the impact of ice-control products on concrete was performed by Professor Wang of Iowa State University as a sub-contract to this study, and has been presented to the Iowa Highway Research Board prior to this report.".
• 2008377903 description "Final report.".
• 2008377903 description "Includes bibliographical references : (p. 51-52)".
• 2008377903 description "Sponsored by the Iowa Highway Research Board project TR471".
• 2008377903 extent "viii, 61 p. :".
• 2008377903 hasFormat "Also available via the Internet.".
• 2008377903 identifier viewonline.
• 2008377903 identifier tr471.pdf.
• 2008377903 isFormatOf "Also available via the Internet.".
• 2008377903 isPartOf "IIHR report ; no. 463".
• 2008377903 isPartOf "IIHR technical report ; no. 463".
• 2008377903 issued "2007".
• 2008377903 issued "2007]".
• 2008377903 language "eng".
• 2008377903 publisher "[Iowa City, Iowa : IIHR Hydroscience and Engineering, University of Iowa,".
• 2008377903 relation "Also available via the Internet.".
• 2008377903 subject "625.7/63 22".
• 2008377903 subject "Corrosion and anti-corrosives Evaluation.".
• 2008377903 subject "Deicing chemicals Evaluation.".
• 2008377903 subject "Deicing chemicals. trt".
• 2008377903 subject "Performance measurements. trt".
• 2008377903 subject "Roads Snow and ice control Materials Evaluation.".
• 2008377903 subject "TE220.5 .E855 2007".
• 2008377903 title "Evaluation of deicing materials and corrosion reducing treatments for deicing salts / by Wilfrid A. Nixon ...[et al.]".
• 2008377903 type "text".