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This document summarizes 10 different structures including bridges, buildings, and monuments. It describes each structure's type (e.g. frame, arch, solid), whether it is man-made, and its design purpose (e.g. to carry loads, hold people, withstand weather). The structures discussed are the Confederation Bridge, Legislature building, Saddle Dome, Great Wall of China, Eiffel Tower, Sphinx, suspension bridges, beam bridges, truss bridges, and Egyptian pyramids.
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Bridge Presentation Template
Westminster Bridge is located in London, United Kingdom. It is a road and foot traffic bridge over the River Thames made of cast iron with seven arches. The current bridge was designed by Thomas Page and opened in 1862, linking the Palace of Westminster with County Hall and the London Eye, and was the finishing point of the early London Marathon.
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This is the last lecture on the Long Span Bridges (LSB) course at Surrey University,UK. It looks at some of the LSB currently under construction around the world (Spring 2015).
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This document discusses different types of bridges, including their defining characteristics and construction techniques. It describes arch bridges, beam bridges, truss bridges, suspension bridges, cantilever bridges, cable-stayed bridges, and moveable bridges. Specific bridge examples are provided to illustrate arch, suspension, and cable-stayed bridge designs. Construction methods like precasting, cast-in-situ construction, and post-tensioning of concrete are also summarized.
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Long Span Bridge lecture outlining bridges currently under construction around the world.
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There are six main types of bridges: beam bridges, cantilever bridges, arch bridges, suspension bridges, cable-stayed bridges, and truss bridges. Beam bridges are supported at each end by abutments and use horizontal beams, while cantilever bridges extend horizontal beams from one end only. Arch bridges thrust their weight into abutments on either side, and suspension bridges are suspended from cables hanging from towers anchored into the ground. Cable-stayed bridges are like suspension bridges but use fewer cables supported by shorter towers.
Chinese arch bridges, timber, stone, concrete, steel.
China has a long history of arch bridge construction in wood and stone. Traditional Chinese timber rainbow bridges still exist, using woven timbers for extra span. Open spandrel stone arch bridges developed in China, with some recent failures highlighting structural issues. Modern bridges use steel, concrete and composite materials. The world's longest arch spans are found in China, including the longest concrete arch and steel truss arch. Reinforced concrete bridges were pioneered using cantilever construction. More recently, concrete filled steel tube bridges have achieved very long spans efficiently and economically, representing a uniquely Chinese solution to arch bridge design.
Current Long Span Bridges 16
This is the last lecture on the Long Span Bridges (LSB) course at Surrey University,UK. It looks at some of the LSB currently under construction around the world (Spring 2016). Compare progress with the Spring 2015 lecture. http://www.slideshare.net/DavidCollings/current-long-span-bridges
for the introductory lecture check out: http://www.slideshare.net/DavidCollings/current-long-span-bridges
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Bridge Presentation Template
Westminster Bridge is located in London, United Kingdom. It is a road and foot traffic bridge over the River Thames made of cast iron with seven arches. The current bridge was designed by Thomas Page and opened in 1862, linking the Palace of Westminster with County Hall and the London Eye, and was the finishing point of the early London Marathon.
Current Long Span Bridges 15
This is the last lecture on the Long Span Bridges (LSB) course at Surrey University,UK. It looks at some of the LSB currently under construction around the world (Spring 2015).
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This document discusses different types of bridges, including their defining characteristics and construction techniques. It describes arch bridges, beam bridges, truss bridges, suspension bridges, cantilever bridges, cable-stayed bridges, and moveable bridges. Specific bridge examples are provided to illustrate arch, suspension, and cable-stayed bridge designs. Construction methods like precasting, cast-in-situ construction, and post-tensioning of concrete are also summarized.
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There are six main types of bridges: beam bridges, cantilever bridges, arch bridges, suspension bridges, cable-stayed bridges, and truss bridges. Beam bridges are supported at each end by abutments and use horizontal beams, while cantilever bridges extend horizontal beams from one end only. Arch bridges thrust their weight into abutments on either side, and suspension bridges are suspended from cables hanging from towers anchored into the ground. Cable-stayed bridges are like suspension bridges but use fewer cables supported by shorter towers.
Chinese arch bridges, timber, stone, concrete, steel.
China has a long history of arch bridge construction in wood and stone. Traditional Chinese timber rainbow bridges still exist, using woven timbers for extra span. Open spandrel stone arch bridges developed in China, with some recent failures highlighting structural issues. Modern bridges use steel, concrete and composite materials. The world's longest arch spans are found in China, including the longest concrete arch and steel truss arch. Reinforced concrete bridges were pioneered using cantilever construction. More recently, concrete filled steel tube bridges have achieved very long spans efficiently and economically, representing a uniquely Chinese solution to arch bridge design.
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BRIDGES PRESENTATION DR KLY MAZ ENG 002 ES UNA GUIA DE TODOS LOS TIPOS DE PUENTES QUE HAY DE CONCRETO ARMADO TIENE MUY BUENAS FOTOS
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Bridges
The document discusses the history and properties of stone as a bridge building material. Stone has been used since ancient times due to its abundance. It is strong in compression but weak in tension, making the arch a common stone bridge type. Examples of notable stone bridges are discussed, including aqueducts from ancient Rome and medieval bridges still standing today, highlighting stone's longevity compared to other earlier materials. Stone remains a popular choice for historical reference, though other materials allow for more structural options.
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The document discusses different types of bridges including beam, truss, arch, suspension, cantilever, and cable-stayed bridges. It then focuses on suspension bridges, providing details on their construction and notable examples like the Akashi Kaikyo Bridge in Japan, which has the world's largest suspension bridge main span at 1,991 meters. Cable-stayed bridges are also examined, comparing their construction and forces to suspension bridges. The Russky Bridge in Russia is given as an example of a long cable-stayed bridge type.
Bridge,types of bridges
This document provides an overview of different types of bridges. It discusses the main components and structural forms of bridges, including beam, truss, arch, suspension, and cable-stayed bridges. It also covers bridge loads, materials, maintenance, and the evolution of bridge design over history. The key structural forms of bridges - beam, truss, arch, suspension, and cable-stayed - are defined and examples of each type are given. Bridge components like foundations, columns, and wearing surfaces are also outlined.
Report on Design of a HighRise.pptx
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This a great pleasure for us to be able to thank both of our Design teachers, Ar. Tanjima Siddika And Ar. Azima Tabassum for their valuable suggestions and information which helped us in completing our report on High Rise Building.
For this purpose we went to Dhaka to survey the high rise building physically to enrich our knowledge in this issue. we visited the Shadhinota Tower, IDB Bhaban & Brac Center.
We would like to thank the authority of these towers who gave us permission to survey those buildings to understand high rise and its properties.
Lastly thanks to all of our classmates and group members of Arch-15th batch for their sincere efforts that completed this report.
Cable suspension bridge pdf
The document is a seminar report on cable suspension bridges submitted by Gaurav Rawat to fulfill requirements for a Bachelor of Technology degree in Civil Engineering. It provides an introduction to the topic, discusses the structural elements and components of suspension bridges, and covers various types of suspension bridges. It also examines the manufacturing process and design, loads on suspension bridges, failures that can occur, and pros and cons of this bridge type. The report was approved by the seminar guide, Dr. Jyoti Prasad, and acknowledges their guidance throughout the project.
California Orthotropic-October-2005 & Millau Normandie France Mangus LinkedIn
The document summarizes the Millau Viaduct, a cable-stayed bridge in southern France that held the world record for the tallest bridge when it was built. Some key details:
- It has the world's largest orthotropic deck area and largest and most complex steel superstructure launching to date.
- The architect was British Lord Norman Foster and the lead engineer was Dr. Michel Virgeloux, who previously managed the design of the world's longest clear span cable-stayed bridge.
- A key challenge was launching the superstructure over 1 mile to meet at the deepest point of the valley, which had never been done on this large of a scale before.
- The
Suspension bridge (modern const. tech)
The Akashi Kaikyo Bridge in Japan is the world's longest suspension bridge. It spans the Akashi Strait and connects Kobe to Awaji Island. When completed in 1998, it held the records for highest and longest suspension bridges at 280m tall and 1991m long. The bridge cost $4.3 billion to build and took over 10 years to construct using over 1 million cubic meters of concrete and 81,000 tons of steel. New techniques had to be developed to build the deep foundations in open sea conditions.
2nd and 3rd bridges 3
The document discusses different types of bridges including beam, arch, suspension, cable stay, and truss bridges. It provides details on the strengths and weaknesses of each type. It also describes several famous bridges from around the world such as the Sydney Harbor Bridge, Alcántara Bridge, Akashi-Kaikyo Bridge, Golden Gate Bridge, Millau Viaduct, Manchac Swamp Bridge, and Chain of Rocks Bridge.
Suspension Bridges
Suspension bridges can span long distances using cables and vertical suspenders to hang the deck below. They are lightweight yet strong structures using cables anchored at each end and resting on towers. The Golden Gate Bridge is an iconic suspension bridge that connects San Francisco to Marin County, built between 1933-1937. At over 1 mile long, it was the longest in the world until 1964 and demonstrates the advantages of suspension bridges to cross long spans over water.
How Architects Change The World
This document discusses several types of bridges and provides examples of each. It begins by discussing suspension bridges, noting they have long cables that hold the bridge without piers. The Golden Gate Bridge is provided as an example of a suspension bridge built out of necessity. Next, arch bridges are mentioned as being very old designs that have an arched shape for stability. Beam bridges are described as the simplest type, using logs or steel/concrete, while truss bridges use complex metal truss designs to withstand tension. The document concludes by noting suspension bridges distribute weight through cables to towers.
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Date: May 29, 2024
Tags: Information Security, ISO/IEC 27001, ISO/IEC 42001, Artificial Intelligence, GDPR
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Index-Thumb
- 1. **Science 2009** **Structures**
- 3. Structure # 1- The Confederation bridge Type: Arch bridge Structure: Frame -Designed to Carry heavy Loads -Man Made -
- 4. Structure # 2- The Legislature building in Ontario Structure: frame -Man made -Designed to hold lots of people
- 5. Structure # 3- The saddle dome Structure- Shell -Man made -Designed to stand cold temperatures inside and to Carrie lots of people
- 6. Structure # 4- Great wall of china Structure- Solid -Man made -Designed to manage huge weights -
- 7. Structure # 5- The Eiffel tower Structure- Frame -Man made
- 8. Structure-# 6- The giant sphinx Structure- Solid
- 9. Structure # 7-Suspenion bridge A suspension bridge is a bridge that is built between 2 equal sides, and is very strong, it is designed 2 carry huge weights
- 10. Structure # 8- Beam bridge Beam bridge is a type of bridge that is built on 2 equal sides that is designed to carry heavy loads and to go over a river, The beam bridge can carry very heavy loads. Built with beams
- 11. Structure # 9-Truss Bridge A truss bridge is a type of bridge that is built in trusses that can carry heavy loads and designed for vehicles to cross.
- 12. Structure # 10- Egyptian Pyramids Structure: Solid Man made and designed to hold tombs inside of the hull