The range of stress is the circle of the bridge.
Rock O' the Range Bridge was created in 1963.
jhgjthj
Strees decreases after the plastic range because the material has releived the strees through movement.
Think of stress as bending or pushing down upon an object, where as strain is more like stretching a rubber-band almost to its limit, or the stress of a bridge holding up.
The Basin and Range mountain range is formed as a result of tension stress, which causes the crust to be pulled apart and stretched horizontally, resulting in the characteristic alternating valleys and mountain ranges in the region.
the i-35W bridge collapsed because there was to much structural stress on the bridge at the time, when the bridge collapsed it was rush hour time so there was to much weight on the bridge. ^^^NO! the bridge collapsed because the design was flawed. the gusset plate that failed was too thin for the loading. this was the engineers error, hence the lawsuit.
If you have a arch bridge it has formulas for the arch and how much weight a given bridge can support. The easiest way to think of this question is all the math a engineer would have to do in bullet Grus blueprint for a bridge.
Materials can typically withstand a range of stress known as the elastic limit without causing permanent deformation or altering material properties. Within this range, the material can deform reversibly, returning to its original shape once the stress is removed. Beyond the elastic limit, applying stress can cause plastic deformation and alter the material's properties.
A backstress is a form of long-range internal stress in engineering.
100pf to 1microfarad
Tacoma bridge fell down because it is too narrow compare to its length. So the bridge was unstable and due to strong wind it was collapsed.
It is defined as the ratio of the uniaxial stress over the uniaxial strain in the range of stress in which Hooke's Law holds