Yes, a cantilever bridge experiences both tension and compression. The cantilever arms, which extend horizontally from the main support, are in compression at the top due to the weight they carry, while the bottom section experiences tension as it pulls away from the support. This balance of forces allows the bridge to maintain stability and support loads effectively.
NYC bridge
tension is the opposite of compression, so it would be anything pulling in an object; cables on a bridge, a zipline, even when you reach out to grab something! there is so many things that are under tension or compression that are all around us.
long steaches of water
because when there is traffic( live load) driving over the bridge it causes the bridge to compress and normall would break but with suspeision cables it takes the load off the road and distributes it through the cables which demonstrate tension
The three different places on a bridge that would experience different forces are the supports (where vertical forces are highest), the center span (where compression and tension forces are highest), and the connections between bridge sections (where shear forces are highest).
Using ordinary concrete or stone for the supports of a cantilever is not advisable due to their weak tensile and shear strength. Cantilevers rely on robust support to withstand bending and lateral forces, which typically require materials that can handle tension effectively. Reinforced concrete, which incorporates steel to counteract tensile stresses, would be a better choice for cantilever supports to ensure structural integrity and safety.
There are many places where one would be able to purchase a Cantilever mount. One would be able to purchase a Cantilever mount from sites such as Amazon or eBay.
In a standard suspension bridge the cables are supported by a Bridge Pylon or series of bridge pylons. The cables are supported upon these pylons and they serve to reduce the tension forces that would be required at the cable anchorages had the cables simply been installed straight across the bridge span.
Max BM for a cantilever would be @ the point of support and would be equal to WL/2 where W=wL Max BM for a cantilever would be @ the point of support and would be equal to WL/2 where W=wL Edit- As said above the max bending moment for a cantilever will be at the supportFor a distributed load M=wL2/2 where w=the fractured distributed load and L= the leaver arm For a point loadM=PL where P=the point load and L= the leaver arm *Having a cantilever means you will have reinforcing in the top of the beam/slab till a distance after the beam
In physics, tension is a force that is transmitted through a system, typically through a string, rope, or cable. Tension can be found in scenarios such as a hanging weight on a rope, a tightrope walker balancing, or a suspension bridge supporting its own weight and traffic load.
The Cantilever wall mount is typically used for flat screen televisions. The manufacturers suggestion does not have any other specific electronics they would recommend the mount for.
In America-The State of Mississippi-The Mississippi BridgeThe Great Belt Bridge (in Denmark),The Chapel Bridge (in Switzerland),The Chengyang Bridge (in China), The Brooklyn Bridge (in Brooklyn,New York,U.S.A),Alcántara Bridge (in Alcántara,Spain), Sydney Harbour Bridge (in Sydney,Australia), The Stari Most Bridge (in Mostar,Bosnia),The Si-o-se Pol Bridge (in Isfahan,Iran),The Akashi-Kaikyo Bridge (in Japan) The Rialto Bridge (in Venice,Italy), The Charles Bridge (in Czech Republic) The Tower Bridge (in London,England,UK), The Millau Bridge (in France) The Golden Gate Bridge (in San Francisco,Calif.,U.S.A and The Ponte Vecchio (in Italy)