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Tension and Compression

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13y ago

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How do you measure internal forces on an arch bridge?

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What are the forces that act on an arch bridge?

The arch bridge spreads load (the weight of the bridge and the traffic on it) from the deck to the abutments (the supports at each end) and into the ground. This creates a lot of compressions.


What forces act upon arch bridges?

Tension and compression are the two forces that act upon a bridge.


Is the Ponte Vecchio an arch bridge?

is the ponte vecchio bridge is an arch bridge


Is the Brooklyn bridge a arch bridge?

The brooklyn bridge is not a arch bridge


What bridge is supported by compression?

The arch bridge is primarily supported by compression. In this design, the weight of the bridge and the loads it carries are transferred along the curved structure of the arch to the supports at either end. This allows the materials to handle compressive forces effectively, making arch bridges both strong and durable.


Why is a arch bridge good to build?

Disadvantage: An arch bridge requires a very stable foundation. The bridge diverts the tension exerted on it onto the foundations on either side of the bridge. Advantage: It is an economical mom to traverse small distances and is able to cope with bending forces.


Is a pegram truss an arch bridge?

it is a hybrid between an arch bridge and truss bridge. so it is classified as an arch and truss


Example of an arch bridge?

Arch Bridges are: 1. Masonry arch bridges 2. trussed arch bridges. Le viaduc de Garabit in Cantal France is a famous arch bridge. The Sydney Harbour bridge is a trussed arch bridge Tacoma Bridge.


What does a arch do on a bridge?

The bridge is supported by an arch or a series on arches to make the bridge stronger.


How long can a Arch Bridge stay standing for?

The longest span an arch bridge can go is relevent to the radius of the arch.


How is the weight of an arch bridge distrubuted?

In an arch bridge, the weight is distributed along the curve of the arch, transferring loads to the supports at each end. The arch shape allows the forces from the weight of the bridge and any additional loads (like traffic) to be converted into compressive forces that push outward and downward. This distribution minimizes tension, making the structure stable and efficient in handling both static and dynamic loads. The design effectively directs stresses to the ground through the abutments, ensuring stability.