There are numerous methods of making buildings earthquake resistant. Engineers have spent many years researching earthquakes and their effects and developing new technologies that help residential and commercial buildings remain standing after an earthquake.Continue Reading
Some strategies that have been developed to help buildings withstand earthquakes include using more lightweight materials, particularly on the roof, to reduce the amount of sideways stress the building experiences as it sways. Engineers suggest that walls need to be able to move slightly from side to side without buckling, and should be firmly strapped to the house and the foundation.
Houses with a rigid, steel frame are more likely to resist earthquakes, and those with multiple floors need to have strong columns and beams to support those floors. In larger buildings, such as skyscrapers, engineers recommend cross-bracing the trusses and using shear walls to reinforce the building's frame.
The up-and-down and side-to-side movement that takes place during an earthquake often shakes buildings from their foundations. Most buildings are built to withstand heavy vertical loads, such as snow that builds up on the roof. However, earthquakes put stress on lateral loads, and many buildings are not equipped to deal with that stress, which leads to structural failure.Learn more about Building Materials
Reclaimed wood can come from a variety of sources, including deconstructed buildings, shipping and boatyards, schools, old barns and salvage yards. Reclaimed wood can be used in a variety of projects, from flooring to mantels to trim, and the restoration process of reclaimed wood makes it an ideal material for many different uses.Full Answer >
The most common causes of cracks in buildings are poor workmanship, temperature variations, poor structural design, poor maintenance and natural forces, explains Julius Eryenyu Jojo on the Daily Monitor. Some cracks are easy to repair, while others are signs of serious defects that may result in costly repair costs and risk of the building collapsing.Full Answer >
Engineered floor trusses are structural components that engineers use to support floors in multi-level buildings when standard lumber is either undesirable or unfeasible. Engineered floor trusses usually span longer distances than standard flooring solutions and provide greater structural resilience.Full Answer >
A floor screed mix is a mixture of sand and cement used as base or subflooring in buildings. The mixture consists of three to five parts sand per one part cement.Full Answer >