This circular contains the proceedings of the Joint International Light Rail Conference that was held in St. Louis, Missouri, on April 9-11, 2006. The conference focused on planning and urban integration; vehicle design and innovation; infrastructure use; security and fare enforcement; new infrastructure design; the case for contracting; light rail transit and bus rapid transit; regulations and standards; accessibility; streetcars; financing and controlling capital costs; and operations, supervision, and service quality. The circular includes 26 papers presented at the conference.
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This circular includes six articles that explore five general artificial intelligence (AI) areas including knowledge-based systems, neural networks, fuzzy sets, genetic algorithms, and agent-based models. The circular is designed to serve as an informational resource for transportation practitioners and managers with respect to AI tools within these general areas. Each article details the types of problems to which the paradigm is best suited, its strengths and weaknesses, example applications, and guidelines for its application.
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This circular explores what geotechnical engineers have learned since the construction of the Interstate Highway System and what they see as future challenges for the discipline. The circular is based on presentations made during a session at the 2006 Transportation Research Board 85th Annual Meeting.
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The design and construction of the Interstate Highway System (IHS) is one of the most significant and costly public works projects in the history of the United States. Given that the 50th anniversary of the enabling legislation for the IHS occurred during 2006, it is appropriate to reflect on the performance of the system, specifically its pavements. The American Association of State Highway Officials (AASHO) Road Test was authorized by the IHS legislation and occurred about 5 years after the legislation was enabled. It is also assessed in light of what we know today. Reflections on the performance of IHS pavements and lessons learned from the AASHO Road Test were presented in two sessions organized by the Transportation Research Board (TRB) Pavement Management section (AFD00) for the 2006 TRB Annual Meeting. The two sessions were Session 353: Pavement Lessons from the 50-Year-Old Interstate System and Session 470: Views on AASHO Road Test after 50 Years. Each of the presenters was requested to prepare a manuscript for inclusion in this circular. They are included as six papers, not necessarily in the order they were presented in the sessions.
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This circular reviews methods used to recover residue of bituminous emulsions. It summarizes methods used worldwide and suggests new avenues for research and practice. The papers in the circular are based on presentations made during a session at the 2007 Transportation Research Board 86th Annual Meeting.
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TRB’s Transportation Research Circular E-C128 includes papers that were presented at the 10th International Conference on Bridge and Structure Management held on October 20-22, 2008, in Buffalo, New York. The conference brought together practitioners, administrators, and researchers from around the world to exchange information on the development, implementation, and utilization of effective bridge and structure management practices. Issues addressed by papers presented at the meeting included design and implementation of bridge management systems; application of bridge management in transportation agencies; bridge preservation, maintenance, and deterioration rates; application of prioritization and optimization routines; and more.
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This circular contains the proceedings of the Joint International Light Rail Conference that was held in Los Angeles, California, on April 19-21, 2009. The conference focused on the demands of rapidly growing light rail systems. With 15 sessions, five tours, a workshop, and a products and services showcase, the conference offered up-to-date information on planning, design, construction, maintenance, and operations involved in running a light rail system. The proceedings contain 24 peer-reviewed research papers, organized according to the following headings: Opening General Session; Controlling Capital Costs: Design and Delivery; Light Rail: A Tool to Improve Regional Transit Ridership; Energy, Environment, and Transit: Greener--Efficient; Traffic Engineering Issues: LRT Performance; BRT and LRT: What Is the Role for Each Mode?; Stations, Stops, and Arts in Transit; Operations Planning: Coping with Change; Regulations and Standards; Infrastructure Maintenance: Renewal and Refurbishment; Streetcar Circulators and the New Urbanism; Operations, Supervision, and Service Quality; and The Next Generation Vehicle.
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Posted by: killerbee - 10-27-2012, 07:15 AM - Forum: Archive
- No Replies
Is it possible that someone may be able to provide following material by online link for its pdf format? I need it urgently.
Thanks a LOT in Advance.
Lime Stabilization: Proceedings of the Seminar Held at Loughborough University Civil & Building Engineering Department on 25 September, 1996
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By (author): N. Dixon
By (author): S. Glendinning
Edited by: C.D.F. Rodgers
Published by: Thomas Telford Ltd
Publication date: 11/Apr/1996
Format: Hardback - 182 pages
ISBN-10: 0727725637
ISBN-13: 9780727725639
Description
This book has been compiled to meet the increased need for knowledge on alternative ground improvement techniques using lime. It brings together expertise and experience from industry and academia to provide and overview of lime stabilisation.
====CONTENTS=====
The Lime Stabilisation Process
Introduction
An Introduction to Lime Stabilisation
Construction of Lime or Lime Plus Cement Stabilised Cohesive Soils
The Uses of Lime in Ground Engineering: a review of recent work undertaken at the Transport Research Laboratory
Specification and Performance of Lime-Clay Mixes
Introduction
Lime Treatment of Capping Layers under the Current DoT Specification for highway Works
Long-Term Performance of Lime Stabilised Road Subgrade
The Structural Performance of Stabilised Road Soil in Road Foundations
Novel Applications of Lime Stabilisation
Introduction
Modification of Clay Soils Using Lime
Lime Treatment of Metal Contaminated Sludges
Deep Stablilsation Using Lime
Case Studies
M-40 Lime Stablisation Experiences
Treatment of Silt using Lime and PFA to form Embankment Fill for the New A13
Slope Stabilisation using Reinforced Lime Nails
Author: Persaud, B N | Size: 6.69 MB | Format:PDF | Quality:Original preprint | Publisher: Transportation Research Board | Year: 2001 | pages: 81 | ISBN: 030906905X
This synthesis report summarizes the current practice and research on statistical methods in highway safety analysis. This synthesis report will be of interest to individuals with state transportation departments and with district and local agencies involved directly with safety analysis in highway jurisdictions, as well as to contractors undertaking safety analysis and associated work for them. Highway safety analysts in many countries around the world might also find this synthesis of interest. The focus of this report is on the type of safety analysis required to support traditional engineering functions, such as the identification of hazardous locations and the development and evaluation of countermeasures. Analyses related specifically to driver and vehicle safety are not covered, but some statistical methods used in these areas are of relevance and are summarized where appropriate. This synthesis may benefit analysts working in these other areas as well.
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This synthesis report will be of interest to various transportation-related groups around the world involved in collecting positional data with global positioning systems (GPSs) and integrating these data into existing geographic information systems (GISs). The focus is on the major issues that these groups are facing with data collection, data smoothing, and data integration, including identification of inaccurate, bad, or missing data points, and the lack of standard map matching algorithms. It addresses the fact that each application uses its own GPS equipment, GIS database, and internal set of GPS data processing rules, and that information sharing and coordination has been limited. This synthesis was accomplished through a literature review and a survey of the state-of-the-practice activities in GPS data collection, data smoothing, and map matching. This report of the Transportation Research Board provides information on the potential and the problems of integrating GPS data with data from GIS to provide departments of transportation with a powerful set of planning and programming tools. It addresses existing data standards and their applicability, procedures for processing and integrating spatial data, map matching algorithms and protocols, and recent developments in positioning, including cellular technology. The synthesis identifies a six-step method designed to help improve the quality of maps and reduce the severity of problems associated with GPS-GIS integration.
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