Buildings are designed to resist loads in specific orientations. The largest load a building will normally experience and be designed to resist is it's own self weight. This will normally act vertically downwards through the building.
Seismic waves introduce a significant non vertical component to this loading (whether that be shaking side to side as a result of Love Waves or the rolling motion caused by Rayligh waves) which creates torsional (twisting), shearing and bending stresses that the building would never normally experience. This can exceed the strength of the structure and cause portions of it to fail or even collapse.
the effects of the earthquake is watching pornography
JOKES
it effects them because it destroyed all there houses and building giving them no water or food for them to survive
Yes.
think so
J. Hans Rainer has written: 'Performance of wood-frame building construction in earthquakes' -- subject(s): Buildings, Earthquake effects, Wooden-frame buildings
it depends on what building and what level earthquake
Reinforce or strengthen the walls. Plywood panels can strengthen the walls. Metal connectors can strengthen the house's frame.
Reinforce or strengthen the walls. Plywood panels can strengthen the walls. Metal connectors can strengthen the house's frame.
Reinforce or strengthen the walls. Plywood panels can strengthen the walls. Metal connectors can strengthen the house's frame.
Anand S. Arya has written: 'Protection of educational buildings against earthquakes' -- subject(s): Earthquake effects, School buildings 'Earthquake disaster reduction' -- subject(s): Brick Building, Buildings, Earthquake damage, Earthquake effects, Prevention
While the Empire State Building was not specifically designed to be earthquake proof, it is considered to be structurally resilient due to its steel frame construction. The building has also undergone renovations and retrofitting to improve its ability to withstand seismic activity.
Rigid materials may shatter when exposed to the waves of an earthquake.
There can be no earthquake proof building. To build such a structure would be prohibitively expensive.In the recent Christchurch earthquake, the peak ground acceleration was over 2 g. To design for this is not economically feasible.And as the question suggests, the survival of a building/structure is a property of both the structure itself, and the ground on which it stands.
The closer you are to the earthquake's epicenter, the stronger the shaking and potential damage. As distance increases, the intensity of the shaking decreases. However, other factors like the type of soil and building construction can also influence the effects of an earthquake at a given distance.
If indoors, move quickly to a door frame - it is among the stronger structures in a building, and thus more resistant to collapse.
The effects of the earthquake in Haiti was that it killed lots of people and destroyed everything.