Handbook of International Bridge Engineering

 

Handbook of International Bridge Engineering
Autor: Wai-Fah Chen,Duan, Lian

Contenido

This comprehensive and up-to-date reference work and resource book covers state-of-the-art and state-of-the-practice for bridge engineering worldwide. Counties covered include Canada and the United States in North America; Argentina and Brazil in South America; Bosnia, Bulgaria, Croatia, Czech Republic, Denmark, Finland, France, Greece, Macedonia, Poland, Russia, Serbia, Slovakia, and Ukraine in the European continent; China, Indonesia, Japan, Chinese Taipei, and Thailand in Asia; and Egypt, Iran, and Turkey in the Middle East.
The book examines the use of different materials for each region, including stone, timber, concrete, steel, and composite. It examines various bridge types, including slab, girder, segmental, truss, arch, suspension, and cable-stayed. A color insert illustrates select landmark bridges. It also presents ten benchmark comparisons for highway composite girder design from different countries; the highest bridges; the top 100 longest bridges, and the top 20 longest bridge spans for various bridge types including suspension, cable-stayed, extradosed, arch, girder, movable bridges (vertical lift, swing, and bascule), floating, stress ribbon, and timber; and bridge construction methods.
Contents

Bridge Engineering in Canada
Joost Meyboom
Bridge Engineering in the United States
M Myint Lwin and John M Kulicki
Bridge Engineering in Argentina
Tomás A del Carril
Bridge Engineering in Brazil
Augusto Carlos de Vasconcelos, Gilson L Marchesini, and Júlio Timerman
Bridge Engineering in Bosnia and Herzegovina
Boris Koboevic, Bisera Karalic–Hromic, and Damir Zenunovic
Bridge Engineering in Bulgaria
Doncho Partov and Dobromir Dinev
Bridge Engineering in Croatia
Jure Radić and Goran Puž
Bridge Engineering in the Czech Republic
Jiri Strasky
Bridge Engineering in Denmark
Niels Jørgen Gimsing
Bridge Engineering in Finland
Esko Järvenpää
Bridge Engineering in France
Jean-Armand Calgaro
Bridge Engineering in Greece
Stamatios Stathopoulos
Bridge Engineering in Macedonia
Tihomir Nikolovski and Dragan Ivanov
Bridge Engineering in Poland
Jan Biliszczuk, Jan Bien´, Wojciech Barcik, Paweł Hawryszków, and Maciej Hildebrand
Bridge Engineering in Russia
Simon A Blank and Vadim A Seliverstov
Bridge Engineering in Serbia
Radomir Folić
Bridge Engineering in the Slovak Republic
Ivan Baláž
Bridge Engineering in Turkey
Cetin Yilmaz, Alp Caner, and Ahmet Turer
Bridge Engineering in Ukraine
Mykhailo Korniev
Bridge Engineering in China
Quan Qin, Gang Mei, and Gongyi Xu
Bridge Engineering in Indonesia
Wiryanto Dewobroto, Lanny Hidayat and Herry Vaza
Bridge Engineering in Iran
Shervin Maleki
Bridge Engineering in Japan
Masatsugu Nagai, Yoshiaki Okui, Yutaka Kawai,Masaaki Yamamoto, and Kimio Saito
Bridge Engineering in Chinese Taipei
Y B Yang, Dyi-Wei Chang, Dzong-Chwang Dzeng, and Ping-Hsun Huang
Bridge Engineering in Thailand
Ekasit Limsuwan and Amorn Pimanmas
Bridge Engineering in Egypt
Mourad M Bakhoum
Benchmark Designs of Highway Composite Girder Bridges
Shouji Toma
Highest Bridges
Eric Sakowski
Longest Bridges and Bridge Spans
Lian Duan
Index

• Páginas: 1
• Edición: 1ª
• Idioma: Inglés
• Año: 2013
• PRECIO  190,00 Euros 
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SISTEMAS DE ALIMENTACION A LA TRACCION FERROVIARIA

Sistemas de alimentación a la tracción ferroviaria.
Autor: Carmona Suárez,Manuel,Montesinos Ortuño,Jesús

• Páginas: 1200
• Tamaño: 21x30
• Edición: 2ª
• Idioma: Español
• Año: 2013
• PRECIO 225,00 Euros 

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envios tanto nacional como internacional 



Durante el siglo XX,la tracción electrica española ha experimentado un gran desarrollo convirtiendose en un referente para el resto  de los ferrocarriles del mundo.A lo largo de los años  se han mejorado las instalaciones en parte debido a la normalización de los materiales  y montajes con lo  cual se han podido ir aumentando las velocidades y disminuyendo los trabajos de mantenimiento  Los autores han participado muy activamente  en estas mejoras de las instalaciones electricas,liderando investigaciones y desarrolando  nuevos elementos.
Este libro contiene la descripcion de todo el sistema de alimentación a la tracción electrica,incluyendo sus elementos,diseño, montajes y trabajos de mantenimiento,tanto de red convencional.en corriente continua,como en corriente alterna
El objetivo es transmitir los conocimientos adquiridos por los autores a lo largo de toda su carrera profesional,primero en RENFE  y luego en ADIF y que estos puedan ayudar a los tecnicos ferroviarios en el desempeño de su trabajo.


INDICE

TEMA 1 RESUMEN DE LOS DATOS HISTÓRICOS SOBRE LA TRACCIÓN FERROVIARIA.
TEMA 2 HISTORIA Y EVOLUCIÓN DE LA CATENARIA TIPO RENFE.
TEMA 3 DISEÑO DE LAS LÍNEAS DE ALIMENTACIÓN A LA TRACCIÓN ELÉCTRICA.TEMA 4 SISTEMAS DE ALIMENTACIÓN ELÉCTRICA.
TEMA 5. SISTEMAS DE TOMA DE CORRIENTE EN LA TRACCIÓN ELÉCTRICA.
TEMA 6. LA CATENARIA FERROVIARIA. CARACTERÍSTICAS DE SUS COMPONENTES.
TEMA 7. CARACTERÍSTICAS GEOMÉTRICAS DE LA CATENARIA.
TEMA 8 CARACTERÍSTICAS MECÁNICAS DE LA CATENARIA.
TEMA 9 CARACTERÍSTICAS ELÉCTRICAS DE LA CATENARIA.
TEMA 10. AISLADORES DE SECCIÓN Y SECCIONADORES.
TEMA 11. ESTRUCTURAS PORTANTES DE LA LÍNEA AÉREA DE CONTACTO.
TEMA 12. COMPENSACIÓN MECÁNICA DE LA CATENARIA.
TEMA 13. PENDOLADO.
TEMA 14. AGUJAS AÉREAS.
TEMA 15. CIRCUITO DE RETORNO.
TEMA 16. PROTECCIONES DE LÍNEA.
TEMA 17. PANTÓGRAFO.
TEMA 18. COMPORTAMIENTO DINÁMICO DE LA CATENARIA.
TEMA 19. REPLANTEO DE INSTALACIONES DE LÍNEA AÉREA DE CONTACTO.
TEMA 20. EL MANTENIMIENTO.
TEMA 21. SUBESTACIONES DE TRACCIÓN EN CORRIENTE CONTINUA
TEMA 22. SUBESTACIONES DE TRACCIÓN EN CORRIENTE ALTERNA.

STEEL CONCRETE COMPOSITE BRIDGE

 Steel-concrete Composite Bridges
 Autor: Collings,David

Steel-concrete Composite Bridges is an essential guide to the latest methods in the design and construction of steel-concrete composite bridges. Containing precise data, in-depth examples and numerous illustrations, the second edition offers guidance from the first step in bridge design through to the construction process.
From their historic roots in post-Industrial Revolution Britain through to their modern-day use in the fast-moving and technologically changing Asian landscape, David Collings uses numerous examples from his own experience to examine how bridges can be designed and constructed to Eurocode standards using basic concepts.
Steel-concrete Composite Bridges also covers simple beam bridges, integral bridges, continuous bridges, viaducts, haunches and double composite action, box girders, trusses, arches, cable-stayed bridges, prestressed steel-concrete composite bridges and life cycle considerations, as well as a new section on environmental issues.
The second edition includes
    in-depth coverage of Eurocodes, their implementation and effect on new bridge-design techniques and a comparison with other international codes
    examples of ways in which theory can be combined with the practical implications of bridge construction, enabling the reader to put design concepts into practice
    comparisons of composite bridges with other types of bridges, particularly concrete structures
    an evaluation of environmental issues surrounding steel-concrete composite bridges and ways in which their carbon footprint can be lowered at the design stage.
Steel-concrete Composite Bridges is a valuable tool for readers with an interest in the building as well as the design of bridges, providing a deeper understanding of the methods used and how they are verified against design codes.
Contents
    Introduction
    General concepts
    Simple beam bridges
    Integral bridges
    Continuous bridges
    Viaducts
    Haunches and double composite action
    Box girders
    Trusses
    Arches
    Cable-stayed bridges
    Prestressed steel–concrete composites
    Assessment of composite bridges
    Appendix A: Approximate methods
    Appendix B: Calculation of elastic section properties
    Appendix C: Section properties for the examples
    Appendix D: Calculation of plastic section properties for steel–concrete composite sections
    Appendix E: Calculation of torsional properties for steel–concrete composite sections
    Appendix F: Calculation of elastic section properties for double-composite sections
    Appendix G: Moment–axial load interaction for compact steel–concrete

• Páginas: 270
• Tamaño: 17x24
• Edición: 2ª
• Idioma: Inglés
• Año: 2013
• PRECIO  110,00
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