Tension and Compression
You must be referring to a "truss bridge". A truss bridge is a bridge that has straight connectors. These connectors are stressed from 2 kinds of stressors; tension and compression. It is one of the oldest and simplest bridges.
the top of the arch under goes tension and horizontal thrust
NOcable stayed bridge is more preferred because if one rope is broken in it then tension is distributed in all other and we get time to repair it that means no sudden failure in it where as in suspension bridge if main cable is cut than it will be destroyed immediately.regardsmukulmukul_ce@student.iitd.ac.in
Well, honey, let me tell you - the Pratt truss bridge may be strong and reliable, but it ain't perfect. One disadvantage is that it requires more materials than some other bridge designs, which can drive up costs. Plus, those diagonal members can be a pain to maintain and inspect. But hey, no bridge is flawless, am I right?
First of all, the force of compression impacts the bridge. Also, the force of tension inmpacts the bridge because the more cars there are or any weight the bridge stretches which is tension. tthe force of gravity weighs the bridge down and that is why the bridge has to withstand that. Wind can affect the tower bridge because if there is a huriccane the bridge has to be able to stand without any damage.
bottom of the beam
Tension and Compression
steel
the load is compression and tension
27,572
Steel and geometry, tension, straight, aches and channels make a good bridge
it is where you apply tension on the shaft of the male ananaomy.
Tension. The bridge. The tuners (well kinda)....
You must be referring to a "truss bridge". A truss bridge is a bridge that has straight connectors. These connectors are stressed from 2 kinds of stressors; tension and compression. It is one of the oldest and simplest bridges.
Compression is a force that tends to squeeze or shorten a material, while tension is a force that tends to stretch or lengthen it. In a bridge, compression occurs on the upper side of the structure while tension happens on the lower side. Balancing these forces is crucial for the stability and integrity of the bridge.
In cantilever bridges, the main forces that act on the structure are tension and compression. Tension forces occur in the upper portions of the bridge where the material is being pulled apart, while compression forces occur in the lower portions where the material is being pushed together. These forces work together to support the load of the bridge and transfer it to the foundations.