Handbook of Transportation Policy and Administration
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Handbook of Transportation Policy and Administration
(Public Administration and Public Policy)
CRC
ISBN: 1574445650
2007-02-22
PDF 6 Mb
656 pages
In the past few decades, the field of transportation has changed dramatically. Deregulation and greater reliance on markets and the private sector has helped to reconfigure the transport industries, while the rise of intermodal goods and global commerce has produced efficiencies of operation and a greater interdependence among transport modes. In addition, security issues have moved to the forefront as officials struggle with the challenge of protecting the vast transportation system while maintaining its operational efficiencies and effectiveness.
Taking a multidisciplinary approach, the Handbook of Transportation Policy and Administration addresses the changes facing the field of transportation. Organized into five sections, it describes and analyzes major modes of transportation and components of the contemporary transportation system. Later chapters consider policy and administration and focus on managing transportation systems and assets. The final section covers security and protection of transportation systems. The handbook explores continuing development in the US and other nations, with an emphasis on the challenges created by technological change, globalization of the world economy, and the threat of terrorism. It examines the current state of major modes of transportation (air, rail, highways, waterways, ports, urban mass transit) and presents public policies and management approaches to make transportation systems efficient, innovative, and responsive.
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GIS (geographic information system) is a totally cool technology that has been called “geography on steroids.” GIS is what lets you see the schools in your neighborhood or tells you where the nearest McDonald’s is. GIS For Dummies tells you all about mapping terminology and digital mapping, how to locate geographic features and analyze patterns such as streets and waterways, and how to generate travel directions, customer location lists, and much more with GIS.
Whether you’re in charge of creating GIS applications for your business or you simply love maps, you’ll find GIS For Dummies is packed with information.
For example, you can:
* Learn all the hardware and software necessary to collect, analyze, and manipulate GIS data
* Explore the difference between 2D and 3D maps, create a map, or manage multiple maps
* Analyze patterns that appear in maps and interpret the results
* Measure distance in absolute, comparative, and functional ways
* Recognize how spatial factors relate to geographic data
* Discover how GIS is used in business, the military, city planning, emergency services, land management, and more
* Find out how GIS can help you find out where flooding may occur
* Determine what your organization needs, do appropriate analyses, and actually plan and design a GIS system
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AISC - Manual of Steel Construction LRFD - Vols. I & II
Second Edition (1994)
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The second edition of "Load & Resistance Factor Design Manual" (AISC - LRFD) is based upon the strength design provisions of the 1993 LRFD Specification for Structural Steel Buildings.
This manual is divided into two volumes:
Volume I - structural members, specifications and codes.
Volume II - connections.
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Contributors: David Ritchie (author), Alexander E. Gates (author) Format: Paperback, 286 x 216 x 23mm , 368 pp, 130 black-&-white photographs & 60 line illustrations, maps & diagrams, index, bibliography, cross-references, chronology further reading, web sites, charts & tables Publication date: 15 May 2007
Publisher: Checkmark Books ISBN-10: 0816071209
EAN: 9780816071203
"Encyclopedia of Earthquakes and Volcanoes, Third Edition" brings the excitement of an ever-changing field of science to the fore-front. With the increase in natural disasters in recent years, the burgeoning world population is clearly expanding faster than our disaster reduction technology. This new edition provides a single source on historical earthquakes and volcanic eruptions from throughout the world. Updated with the most current information, this illustrated resource includes not only new geologic events, but also as many examples of historical earthquakes as possible for contrast or comparison. Coverage in the Middle East has been significantly expanded to include recent natural disasters, as well as events such as landslides and avalanches. Also, many tables were added to supplement the content and put the recent disasters into historical context.
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Binders for Durable and Sustainable Concrete (Modern Concrete Technology Series) by P-C AitCin
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Binders for Durable and Sustainable Concrete (Modern Concrete Technology Series) by P-C AitCin
Publisher: Routledge | August 20, 2007 | ISBN: 0415385881 | Pages: 528 | PDF | 12.7 MB
Modern hydraulic binders can be used effectively with Portland cement and supplementary cementitious materials to produce durable concrete. They also provide a means of recycling by-products from other industries and of decreasing the emission of greenhouse gases.
The first binders were discovered in ancient times when it was observed that new pozzolans mixed with lime could harden under water; and in the middle of the nineteen century the first artificial hydraulic binder, Portland cement, was discovered. By modifying the four basic oxides in the limestone and clay mix used in the production of Portland cement it is possible to modify significantly the practical properties of the clinker, and consequently the performance of the fresh and hardened concrete in which it is used.
Chemical admixtures can be used to disperse cement particles without the use of extra water, and so make concrete which is highly resistant to penetration by aggressive agents and of high durability and strength. Supplementary cementitious materials or fillers can be mixed with Portland cement to produce modern hydraulic binders and improve the ecological performance of concrete. The hydration process of a modern hydraulic binder is becoming quite complex because it involves the chemical reactivity of Portland cement clinker, of supplementary cementitious materials and of different types of admixtures. This has already resulted in great technological achievements such as high-performance concrete, self leveling concrete, confined concrete, high-performance roller compacted concrete, fiber reinforced concrete, and reactive powder concrete.
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This handbook is the first comprehensive overview of the field of satellite remote sensing for archaeology and of how it can be applied to ongoing archaelogical fieldwork projects across the globe. It provides a survey of the history and development of the field, connecting satellite remote sensing, archaeological method and theory, cultural resource management, and environmental studies. With a focus on the practical use of satellite remote sensing, Sarah H. Parcak evaluates satellite imagery types and remote sensing analysis techniques specific to the discovery, preservation, and management of archaeological sites.
Case studies from Asia, Central America, and the Middle East are explored, including Xi’an, China, Angkor Wat, Cambodia, and Egypt’s floodplains. In-field surveying techniques particular to satellite remote sensing are emphasized, providing strategies for recording ancient features on the ground as observed from space. The book also discusses broader issues relating to archaeological remote sensing ethics, looting prevention, and archaeological site preservation. New sensing research is included and illustrated with the inclusion of over 160 satellite images of ancient sites.
With a companion website with further resources and colour images, Satellite Remote Sensing for Archaeology will provide anyone interested in scientific applications to uncovering past archaeological landscapes with a foundation for future research and study.
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Integrate CAD, Geospatial and GPS Data With Greater Efficiency and Ease.
Ever have problems accessing the data you need? If you manage, consume and exchange CAD, geospatial and survey data as part of your workflow, consider this special offer!
These powerful tools will help you increase your data quality, create better designs, and make your workflow more productive with one single application:
* Easily integrate data collected by surveying, scanning and GPS instruments and devices.
* Accurately update drawings, maps, and boundary data to reflect the as-found locations in the field.
* Directly read and write data in many formats ??? without the need for translation.
* Build a digital terrain model and drape an aerial photo over it to assess impact.
* Create and visualize basemaps and 3D surfaces that show existing site conditions during planning and site assessment.
* Perform geospatial analysis and create maps that show land use, zoning, service areas and infrastructure properties.
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Design of Multistory Reinforced Concrete Buildings for Earthquake Motions
By: Nathan M. Newmark, and Leo H. Corning John A. Blume (Author)
Paperback
Publisher: American Concrete Institute (1992)
ASIN: B000U3AG10
Publisher Portland Cement Association, Illinois
Year c1961
Product Description:
Description: This landmark publication is a complete guide to the design and detailing of reinforced concrete buildings for seismic forces. Abstract: The publication is a complete guide to design of reinforced concrete buildings for earthquake motions. It contains practical information on earthquake ground motion and its effects, design spectrum, response of multistory buildings to earthquakes, principles of earthquake-resistant design, seismic design considerations, code requirements, strength, ductility, and energy absorption. Construction and inspection of reinforced concrete building subjected to earthquake ground motions is also discussed. Application of earthquake resistant design provisions is illustrated through analysis, design, and detailing of a 24-story reinforced concrete building. Table of Contents 1. Earthquake Ground Motion and Its Effects 2. Earthquake Response of Multi-Degree-of-Freedom Systems 3. Principles of Earthquake-Resistant Design 4. Design Considerations and Code Requirements 5. Strength, Ductility, and Energy Absorption of Reinforced Concrete Members 6. Design of Reinforced Concrete Frames 7. Design of a 24-Story Building 8. Construction and Inspection Appendix A Elastic Modal Analysis of a 24-Story Building Appendix B Energy-Absorption Considerations Appendix C Recommended Lateral Force Requirements, SEAOC Appendix D References Appendix E Notation
It's old but a must-have book.
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Bridge Design Aids - April 2005 : California Department of Transportation
Actually this is the collection of different papers related to design of bridges.
Here,
Screenshots are not available but u can download full INDEX attached directly to this thread.
Table of Content:
SECTION 1 - Abutments [ Abutment Investigation ~ Diaphragm Abutment Without Footing ~ Diaphragm Abutment With Footing ~ Short Seat Abutment ~ High Cantilever Abutment ]
SECTION 2 - Footings [ Seal Courses ]
SECTION 3 - Retaining Walls [ Earth Retaining Systems ~ Magnitude, Location and Moment Horizontal ~ Earth Pressures for Retaining Walls ~ Cantilever Wingwall Design ~ Mechanically Stabilized Embankment ~ Welded Wire Mat Density per Full Face Panel ~ Loading Conditions ~ Foundation Pressure in Kips per Sq. Ft ~ Foundation Pressure in Kips per Sq. Ft. – Loading Condition 4E ~ Forces: Cantilever Sign Truss on Retaining Wall ]
SECTION 4 - Concrete Slabs [ Standard Slab Bridge – General Instructions ~ Makeup of Plans ~ Basis of Design ~ Standard Slab Bridge – Slab Details – Single and 2 Span ~ Standard Slab Bridge – Slab Details – 3 Spans ~ Standard Slab Bridge – Slab Details – Multi Span ~ Standard Slab Bridge – Slab Details – Hinge at Bent ~ Standard Slab Bridge – Slab Details – Hinge at L/6 ~ Standard Slab Bridge – Support Design Data No. 1 ~ Standard Slab Bridge – Support Design Data No. 2 ~ Standard Slab Bridge – Typical Support Calculations ~ Slab Hinge Details ~ Slab Reinforcement Details ~ Slab Bridge Pile Details ]
SECTION 5 - Concrete Design [ Standard Notations and Design Formulas ~ Concrete Design ~ Resisting Moments of Beams and Slabs for Balanced Design and Compressive Reinforcement ~ Resisting Moments for Flanges of Box Girders and T-Beams (Foot-Kips) ~ Table of Unit Values ~ Box Girders – Moments of Inertia and Weight Tables Moments of Inertia for T-Beams ~ T-Beams – Moments of Inertia and Weight Tables 11" Stem ~ T-Beams – Moments of Inertia and Weight Tables 13" Stem ~ Charts for Resisting Moments – Box Girders ~ Graph – Resisting Moments – Slab = 5 ½" ~ Graph – Resisting Moments – Slab = 6" ~ Graph – Resisting Moments – Slab = 6 ¼" ~ Graph – Resisting Moments – Slab = 6 ½" ~ Graph – Resisting Moments – Slab = 6 ¾" ~ Graph – Resisting Moments – Slab = 7" ~ Column Design Charts ~ Shear Modification for Skewed Concrete Girders ~ Steps for Accessing and Running PSHEAR ~ Inverted T-Caps ~ Inverted "T" Bent Cap Design Example ~ Areas and Perimeters for Various Bar Sizes and Number of Bars ~ Areas and Perimeters for Various Bar Sizes and spacing ~ Anchorage to Concrete ]
SECTION 6 - Prestressed Concrete [ Precast Prestressed Girders ~ Caltrans Standard "I" Girder ~ Caltrans Standard "Bulb-Tee" Girder ~ Caltrans Standard "Bathtub" Girder ~ Prestressed Trapezoidal Box Girder ~ Precast Prestressed Concrete Box Girder ~ Nomograph for Frictional Loss and Cable Elongation ~ Prestressed Concrete Slabs ]
SECTION 7 - Steel Design [ Composite Girder Approximate Flange Areas ~ Moments of Inertia of One Plate/Two Flanges ~ Data for Design of Steel Connections ~ General Information (Rivets, Bolts, Welds, etc.) ~ Steel Connections, Length of Weld or Number of Bolts ~ Properties of Welded Columns and Beams ]
SECTION 8 - Influence Lines [ Validation for Section 8 ~ Influence Lines for Continuous Spans ~ Influence Lines for Four Equal Spans ~ Envelope Curves for Moment – Interior Span ~ Envelope Curves for Moment – 3 Equal Continuous Spans ~ Envelope Curves for Moment – 2 Equal Continuous Spans ]
SECTION 9 - Live Load Moments and Shears [ Validation for Section 9 ~ HS20-S16(44) Loading ~ Simple Beam Shear – One Lane ~ Simple Span Shear (Kips) – One Lane ~ Bending Moments – Simple Beam ~ Moments, Shears and Reactions for Continuous Spans – Live Loading ~ Moments, Shears and Reactions for Continuous Spans – Live Loading (cont.) ~ One Lane Live Load – Simple Span –Shears and Reactions ~ One Lane Live Load – Hinge at 1/5 Point ~ One Lane Live Load – Hinge at 1/6 Point ~ One Lane Live Load – Hinge at 1/7 Point ~ One Lane Live Load – Hinge at 1/8 Point ~ One Lane Live Load – Hinge at 1/9 Point ~ One Lane Live Load – Hinge at 1/10 Point ~ One Lane Live Load – Hinge at 1/11 Point ~ One Lane Live Load – Hinge at 1/12 Point ~ Table of Maximum Moments for Permit Load ~ Steam Railroad Loading – Class E-10 ]
SECTION 10 - Type Selection [ General Features of Design ~ Clearance at Structures ~ Curbs ~ Concrete Barriers and Barrier Railings (Structures) ~ Combination Railings (Vehicular and Pedestrian) ~ Combination Railings for Bridge Structures ~ (Vehicle and Pedestrian) ~ Pedestrian Railings for Bridge Structures ~ Roadway Drainage ~ Surfacing on Bridges ~ Selection of Type (Structures) ~ Abutments ~ Abutment Types ~ Piers or Bents ~ Slopes at Abutments ~ Bridge Numbers ~ Kinds of Structures ~ Structure Types ~ Concrete Bridges ~ Bridges ~ Separations and Interchanges ~ Overheads and Underpasses ]
SECTION 11 - Estimating [ Introduction ~ General ~ BEES (Basic Engineering Estimate System) ~ Revised Estimates ~ Quantity Calculations ~ Escalation Factor ~ Mobilization Factor ~ Contingency Factors ~ Stage Construction ~ Traffic Control ~ Working Days ~ Historical Cost Record ~ Planning Estimates (Advance Planning Studies ~ General Plan Estimates ~ Bar Reinforcement /m3 of Concrete for Various Bridge Parts ~ Type 1 Retaining Wall Excavation and Backfill Quantities ~ Quantity Survey Graphs for Superstructure Concrete, Bar Reinforcing, and Prestressing Steel ~ Marginal Estimates ~ Quantity Take-Off Procedures ~ Bar Reinforcing Steel Example ~ Lump Sum Items ~ Fully Compensated Items ~ Structure Type Coding ~ Concrete Type Limits and Division Between Superstructure and Substructure ~ Quantity Calculations and Summary Sheets ~ Quantity Summaries Transmitted to Resident Engineer’s Pending File, After Bid Acceptance ~ Aids for Determining Quantities Marginal Estimates Item Descriptions and Limits and Methods of Payment Listed by Section ~ Alphabetical Listing of Items ~ Description of Contract Items ~ Bar Reinforcing Steel ~ Concrete ~ Deck Rehabilitation Items ~ Earthquake Restrainers, Retrofit, and Repair ~ Earthwork ~ Joint Seals ~ Metal ~ Piling (Excluding CISS) ~ Cast-in-Steel-Shell (CISS) Concrete Piling ~ Non-Standard Piling ~ Pipes, Conduits, Drains ~ Precast Girders ~ Prestressing Steel ~ Railings and Barriers ~ Structural Steel ~ Walls ~ Miscellaneous ]
SECTION 13 - Columns [ Design of Single Column Bents for 2-Span Box Girder Bridges ~ Column Reifnforcement for Prestressed Box Girders ~ Example Column/Footing Design (using STD Charts) ~ Live Loads ~ Use of YIELD Program ~ Column Interaction Graphs ]
SECTION 14 - Seismic (old) [ Dynamic Model Assumptions and Adjustments ~ Equivalent Static Analysis of Restrainers ]
14-1 Hinge Restrainer Design Method
14-1A Restrainer Material Properties and Design
14-2 Steel Column Casing Design and Details
14-3 Fiber Reinforced Polymer (FRP) Composites Column Casing Systems
unavailable
14-5 Example Seismic Retrofit Details
SECTION 15 - Miscellaneous [ Stair and Ramp Ratios ~ Foundation Investigation and Reports ~ Checklist for Structure Foundation Studies and Reports ~ As-Built Plans ]
SECTION 17 - Deck Drains [ Deck Drainage Design ~ Run-Off Analysis ~ Capacity of Grate Inlets in a Sag ~ Sheet Flow ~ Flow in Gutters ~ Example Drainage Design ~ Detailing Practice ~ Examples of details for special applications: ~ Deck Drain Pipe Detail at Abutment ~ Expansion Coupling ~ Part Bridge Section – Deck Drain Locations ~ Deck Drain Pipe Detail at Hinge ~ Scupper Detail ~ Double Deck Drain, Drop Through Deck Drain ]
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