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Proceedings of the Ninth Asia Pacific Transportation Development Conference, held in Chongqing, China, June 29-July 1, 2012. Sponsored by International Chinese Transportation Professionals Association; T.Y. Lin International Group, China; Chongqing Urban Planning Bureau, China; Transportation & Development Institute of ASCE. This collection contains 81 papers describing innovations in the development of sustainable transportation systems. In the face of ongoing challenges such as traffic congestion, environmental degradation, and rising energy costs, transportation professionals look for new strategies, methods, and technologies to address issues of funding, planning, construction, and maintenance of transportation facilities of all types. These papers showcase both new approaches developed for China's enormous transportation infrastructure market and the latest advances in management and maintenance from researchers in the United States and other developed countries. Topics include: sustainable transportation development; low carbon emissions and energy saving in transportation; multimodal transportation systems; intelligent transportation systems; advancements in traffic control technologies; transportation and work zone safety; design and construction of bridges and tunnels; pavement materials, design, and construction; and geotechnical design and construction. This collection offers inspiration and practical solutions for engineers, planners, and managers working on transportation systems around the world.

Sustainable engineering --- Transportation engineering --- Sustainable development --- Infrastructure construction --- Construction materials --- Intelligent transportation systems --- Pavement design --- Highway and road design --- Professional societies --- Traffic congestion --- China --- Asia --- United States

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Prepared by the Structural Design of Interlocking Concrete Pavement Committee of the Standards Council of the Transportation & Development Institute of the American Society of Civil Engineers. Cosponsored by the Interlocking Concrete Pavement Institute. Structural Design of Interlocking Concrete Pavement for Municipal Streets and Roadways, Standard ASCE/T&DI/ICPI 58-16, establishes guidelines for developing appropriate pavement structures for various traffic and subgrade conditions. Interlocking concrete pavers can provide a durable and effective pavement system, but as with any pavement, proper design, construction, and maintenance procedures are required. This standard applies to paved areas subject to applicable permitted axle loads and carrying up to 10 million 80-kN equivalent single-axle loads (ESALs). The standard provides preparatory information for design, key design elements, design tables for pavement equivalent structural design, construction considerations, applicable standards, definitions, and best practices. This new version, which replaces Standard ASCE/T&DI/ICPI 58-10, includes updated references to quoted ASTM standards, clarification of subgrade type and drainage characteristics, and the addition of new, green infrastructure rating systems. Transportation engineers, road designers, planners, pavement manufacturers, and municipal officials will rely on this comprehensive guide to interlocking concrete pavements.

Pavements, Concrete --- Streets --- Concrete roads --- Pavement design --- Concrete pavements --- Highway and road design --- Structural design --- Concrete structures --- Local government --- Highway and road structures --- Design and construction --- Standards.

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Proceedings of the Second Conference on Green Streets, Highways, and Development, held in Austin, Texas, November 3-6, 2013. Sponsored by the Transportation & Development Institute of ASCE. This collection contains 35 peer-reviewed papers covering the current expertise in sustainable roadway and street planning and site design. The proceedings highlights best practices and successes with real-world design approaches, planning methodologies, operations and maintenance strategies, progress evaluation tools, performance measurement and management approaches, policies, and case studies. Topics include: green design and asset management; stormwater management and transportation; sustainable design and traffic operations; land use planning and infrastructure; sustainable pavements; and best practices case studies. This proceedings will be of interest to engineers, contractors, planners, architects, landscape architects, private practitioners, government officials, academics, and students interested in the effective application of sustainability concepts to highway and street planning and site design.

Highway engineering --- Roads --- Streets --- Sustainable engineering --- Sustainable development --- Highways and roads --- Highway and road design --- Case studies --- Traffic management --- Pavement design --- Management methods --- Design and construction --- Environmental aspects

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This Standard establishes guidelines for developing appropriate pavement structures for various traffic and subgrade conditions. Interlocking concrete pavers can provide a durable and effective pavement system, but as with any pavement, proper design, construction, and maintenance procedures are required. This standard applies to paved areas subject to applicable permitted axle loads and carrying up to 10 million 80-kN equivalent single-axle loads (ESALs). The standard provides preparatory information for design, key design elements, design tables for pavement equivalent structural design, construction considerations, applicable standards, definitions, and best practices. This standard will be of interest to highway engineers, transportation officials, and planners.

Pavements, Concrete --- Concrete roads --- Pavement design --- Structural design --- Concrete pavements --- Highway and road design --- Concrete structures --- Pavement condition --- Local government --- Streets --- Design and construction --- Standards.

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Proceedings of the 2010 Green Streets and Highways Conference, held in Denver, Colorado, November 14-17, 2010. Sponsored by the Transportation and Development Institute of ASCE. This collection contains 40 papers discussing the state of the art in sustainable roadways. Today's world of highway and local street planning and design concerns traffic and civil engineers but also transportation planners, environmental engineers, and regulators. Interdisciplinary teams are needed to address complex multimodal planning, regional environmental issues, context-sensitive solutions, climate change, green rating systems, economic development, and other emerging and often changing issues. Topics include: sustainable and integrated planning and design, green pavements and construction materials, watershed and environmental planning and design, and rating systems.

Roads --- Sustainable development --- Streets --- Highways and roads --- Pavement design --- Construction materials --- Highway and road design --- Ratings --- Professional societies --- Design and construction --- Environmental aspects. --- Design and construction.