Travel Guide TAMPICO Contents
Total Page:16
File Type:pdf, Size:1020Kb

Load more
Recommended publications
-
Art & Engineering in Bridges Art & Engineering in Bridges
Art & Engineering in Bridges Structural Design Rebar Splicing Prestressed Concrete, Concrete-Steel With cold-swaged Couplers, Composites Bridges. Buildings, Silos & Tanks. #4 to #18 rebar sizes. Value and Construction Engineering. Post-tensioning Ground Anchors Multistrand with tendon capacities up to Bar & Strand. 10 000 KN. Temporary & Permanent. Monostrand, Bar, flat Multistrand. Self-drilling & traditional. Stay & Suspension Cables Climbing Forms for Bridges, Domes & Roofs Manual & Automatic. With bare, galvanized, polyester and epoxi coated Strand. Incrementally Launched Preformed Seals Bridges For concrete Slabs. S Engineering & Systems. Form Travelers Expansion Joints S For Balanced Cantilever Bridges. Modular, Transflex, & Asphaltic. TRANSFLEX R Advancing Shoring Bridge Bearings S For Bridge in-situ Construction. Pot, Spherical & Elastomeric Pads. Beam & Segments Seismic Protection Launchers Devices Hydraulical-Electrically Shock Transmission Units. operated. Dampers for Bridges & Stays. Precast-Prestressed Carbon Fibers FYFE Beams Engineering & Installation. Jacking Systems Structure repair & upgrade Lifting, Lowering, Shifting, With listed Techniques. Pile driving, Pipe Jacking. Moveable Bridges Engineering & Systems. Av Nativitas 429 • 16090 Xochimilco, D.F. • México Tel: +(52)(55) 5334 0330 • Fax +(52)(55) 5334 0331 E-mail [email protected] www.mexpresa.com Curriculum Index 1. Introduction 7 2. General Information 8 3. Structural Design 9 14. Beam Launchers 43 4. Multistrand Post-tensioning 15 15. Precast-Prestressed Beams 47 5. Slab Post-tensioning 21 16. Moveable Bridges 50 6. Stay & Suspension Cables 24 17. Bridge Joints 51 7. Ground Anchors 26 18. Rebar Splicing 58 8. Incrementally Launched Bridges 29 19. Structure Repair & Upgrade 64 9. Advancing Shoring 31 20. Storage Tanks 68 10. Jacking Systems 32 21. Contractor 70 11. -
For Balanced Cantilever Bridges
Art & Engineering in Bridges Structural Design Rebar Splicing Prestressed Concrete, Concrete-Steel With cold-swaged Couplers, Composites Bridges. Buildings, Silos & Tanks. #4 to #18 rebar sizes. Value and Construction Engineering. Post-tensioning Ground Anchors Multistrand with tendon capacities up to Bar & Strand. 10 000 KN. Temporary & Permanent. Monostrand, Bar, flat Multistrand. Self-drilling & traditional. Stay & Suspension Cables Climbing Forms for Bridges, Domes & Roofs Manual & Automatic. With bare, galvanized, polyester and epoxi coated Strand. Incrementally Launched Preformed Seals Bridges For concrete Slabs. S Engineering & Systems. Form Travelers Expansion Joints S For Balanced Cantilever Bridges. Modular, Transflex, & Asphaltic. TRANSFLEX R Advancing Shoring Bridge Bearings S For Bridge in-situ Construction. Pot, Spherical & Elastomeric Pads. Beam & Segments Seismic Protection Launchers Devices Hydraulical-Electrically Shock Transmission Units. operated. Dampers for Bridges & Stays. Precast-Prestressed Carbon Fibers FYFE Beams Engineering & Installation. Jacking Systems Structure repair & upgrade Lifting, Lowering, Shifting, With listed Techniques. Pile driving, Pipe Jacking. Moveable Bridges Engineering & Systems. Av Nativitas 429 • 16090 Xochimilco, D.F. • México Tel: +(52)(55) 5334 0330 • Fax +(52)(55) 5334 0331 E-mail [email protected] www.mexpresa.com Curriculum Index 1. Introduction 7 2. General Information 8 3. Structural Design 9 14. Beam Launchers 43 4. Multistrand Post-tensioning 15 15. Precast-Prestressed Beams 47 5. Slab Post-tensioning 21 16. Moveable Bridges 50 6. Stay & Suspension Cables 24 17. Bridge Joints 51 7. Ground Anchors 26 18. Rebar Splicing 58 8. Incrementally Launched Bridges 29 19. Structure Repair & Upgrade 64 9. Advancing Shoring 31 20. Storage Tanks 68 10. Jacking Systems 32 21. Contractor 70 11. -
Congresos 5.Qk
Meeting and Convention Planner 2 MEETING AND CONVENTION PLANNER Meeting and Convention Planner Directory: Bertha Leticia Navarro Secretary of Tourism Eduardo Barroso Dear Reader: Undersecretary for Tourism Operations The promotion of business travel is a top priority of Mexico’s tourism industry. It is imperative that we coordinate our efforts in order to convince our visitors to stay María Elena Mancha González longer and spend more. CEO Mexico Tourism Board This segment of the industry is especially important because it gives visitors a wide range of experiences while providing us with the opportunity to position our Francisco Madrid country as a competitive destination that not only offers quality services but originality and culture, as well. Undersecretary for Tourism Planning Meetings and conventions comprise an important part of business travel, and Mario Palma Mexico has a large number of interesting venues for these events. Located in 56 Undersecretary for New Projects and Quality Control destinations, they can satisfy a wide range of requirements, from world 4 5 congresses to corporate conventions. Editorial Board: This publication is focused at meeting and convention planners, both Mexican and foreign. Designed to provide industry professionals with the information they Ana Compeán need to organize these events in Mexico, it includes complete, up-to-date General Director for the Development of Travel Products information about destinations and venues throughout our country. Eduardo Yarto In preparing this Planner we had the invaluable support of Mexico’s convention Director for the Development of Business Travel and visitors bureaus, meeting and exposition venues, and hotels. I wish to express my sincere appreciation to them for their cooperation. -
Análisis De Confiabilidad Y Costos Del Puente Tampico
INSTITUTO POLITÉCNICO NACIONAL ESCUELA SUPERIOR DE INGENIERÍA Y ARQUITECTURA SECCIÓN DE ESTUDIOS DE POSGRADO E INVESTIGACIÓN MAESTRÍA EN ESTRUCTURAS ANÁLISIS DE CONFIABILIDAD Y COSTOS DEL PUENTE TAMPICO TESIS QUE PARA OBTENER EL GRADO DE MAESTRO EN CIENCIAS EN ESTRUCTURAS PRESENTA LORENA ELIZABETH MANJARREZ GARDUÑO DIRECTOR INTERNO: DR. HÉCTOR A. SÁNCHEZ SÁNCHEZ DIRECTOR EXTERNO: DR. DAVID DE LEÓN ESCOBEDO MÉXICO, D.F., FEBRERO DE 2009 RESUMEN En el presente trabajo se analiza un puente carretero localizado en Tampico, en la costa este de México, con objeto de determinar su nivel de seguridad con el riesgo asociado a su falla debido a cargas de viento. Las variabilidades inherentes a las fuerzas aleatorias de viento y a las propiedades mecánicas de los materiales constituyen las incertidumbres aleatorias, y esto contribuye a la probabilidad de falla de la estructura. La idealización de las cargas y la estructura del puente, así como el análisis de la respuesta estructural ante las cargas de viento contribuyen a que exista una incertidumbre adicional de tipo epistémico, que deriva en que la confiabilidad del puente (o su probabilidad de falla) asuma características aleatorias. El criterio de falla considerado es flexocompresión en una dirección de la pila principal crítica, con el cual se supone que falla el puente en su totalidad. Se realizan análisis de tipo lineal (sin deterioro) para seis diferentes velocidades de viento, las cuales se consideran estáticas. Estos análisis se repiten 4 veces más haciendo variar el espesor original de las pilas principales, aumentándolo en 10 y 20% y disminuyéndolo en las mismas cantidades, con el fin de obtener las relaciones entre los elementos mecánicos actuantes y la velocidad de viento. -
Redalyc.Structural Reliability of the Tampico Bridge Under Wind Loading
Ciencia Ergo Sum ISSN: 1405-0269 [email protected] Universidad Autónoma del Estado de México México León, David de; Manjarrez, Lorena; Ang, Alfredo H-S. Structural Reliability of the Tampico Bridge under Wind Loading Ciencia Ergo Sum, vol. 15, núm. 2, julio-octubre, 2008, pp. 161-166 Universidad Autónoma del Estado de México Toluca, México Available in: http://www.redalyc.org/articulo.oa?id=10415207 How to cite Complete issue Scientific Information System More information about this article Network of Scientific Journals from Latin America, the Caribbean, Spain and Portugal Journal's homepage in redalyc.org Non-profit academic project, developed under the open access initiative Structural Reliability of the Tampico Bridge under Wind Loading David de León*, Lorena Manjarrez* y Alfredo H-S. Ang** Recepción: 25 de septiembre de 2007 Aceptación: 3 de abril de 2008 *Facultad de Ingeniería, Universidad Autónoma del Confiabilidad estructural del Puente de Abstract. A highway bridge located in Estado de México, México. Tampico bajo cargas de viento Tampico, on the east coast of Mexico, is Correo electrónico: [email protected] Se analiza un puente carretero analyzed to determine its structural reliability **School of Engineering, University of California at Resumen. Irvine. localizado en Tampico, en la costa este de against wind loading. The inherent variabilities We thank the Communications and Transportation México, para determinar su confiabilidad of the random wind force and of the Secretary in Mexico for the information provided about the Tampico bridge. estructural ante cargas de viento. Las mechanical properties of steel constitute variabilidades inherentes a las fuerzas aleatorias the aleatory uncertainty; this contributes to de viento y a las propiedades mecánicas del the probability of failure of the steel girder. -
Associated Curriculum
WELCOME AND INTRODUCTION This Curriculum Guide is designed to prepare, reinforce, and extend learning concepts and ideas from the MPR Class Notes Video The information and activities in this guide are intended to make music come alive and to align with Minnesota Standards in Music Education. We hope you will personalize, modify, or adjust content to meet the needs of your unique classroom. In this curriculum, you will find a number of activities both directly and indirectly related to content from Mexican Music: Celebration, Rhythm, and History. In this video, Host Alison Young interviews Mexican composer Julio Morales. The tone is conversational but covers a broad and various range of information, including facts about music, geography, and culture. Watching the video offers a general overview of Mexican music, including several characteristic Mexican instruments, and a sense of how some Mexican music combines aspects of folk music with traditional classical elements. You could also decide to take some of these ideas or concepts a step further to deepen and enhance learning. Based on the content of the video, here is a list of possible learning objectives. Following the list, there are some concrete ideas for deepening and expanding on these concepts. Learning objectives: List one or two characteristics of Mexican music; List one or two unique features of music from the Tamaulipas region; List three characteristic instruments used in Mexican music; List one or two unique features of music from Veracruz; Know that Agustín Lara is from Veracruz and that he wrote many lyrical songs; Know that another famous Mexican composer, Arturo Márquez, he wrote music based on the danzón, a Cuban dance.