1 / 14

Reducing the Impacts of Earthquakes

Reducing the Impacts of Earthquakes. By Hassan Mohamed Hassan Ismiel Khalid Hosni Khalid Salama Hamada Mahmoud. Contents. 1.What is an earthquake ? 2.When do Earthquakes occur ? 3.Types of Shockwaves . 4. Methods to Reduce the Impacts of Earthquakes . 5.Conclusion .

creola
Download Presentation

Reducing the Impacts of Earthquakes

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Reducing the Impacts of Earthquakes By Hassan Mohamed Hassan Ismiel Khalid Hosni Khalid Salama Hamada Mahmoud

  2. Contents 1.What is an earthquake ? 2.When do Earthquakes occur ? 3.Types of Shockwaves . 4.Methods to Reduce the Impacts of Earthquakes . 5.Conclusion .

  3. 1.What is an earthquake ? The earthquake is the sudden release of some stored energies in the earth’s crust .

  4. 2.When do Earthquakes occur ?

  5. 3.Types of Shockwaves . The shockwaves are called seismic waves. Some types of seismic waves are called body waves. The other waves are called surface waves. There are two different types of surface waves: Rayleigh waves and Love waves .

  6. 4.Methods to Reduce the Impacts of Earthquakes . Problem : The collapse of infrastructure causes much economical damageand even deaths!

  7. Solution 4.1.Planning the location of infrastructure: • Build new infrastructure away from earthquake prone areasto reduce economical damage and lower number of deaths caused by earthquakes . • Authorities can implement guidelines on the location of new infrastructure and set limits on the heights of buildings .

  8. Buildings are not too tall in earthquake-prone Japan!

  9. 4.2.Designing Earthquake-Resistant Infrastructure: • New infrastructure can be specially designed to withstand strong tremors by making use of the latest technology . 4.3. Strengthening Existing Infrastructure: • New infrastructure can be specially designed to withstand strong tremorsand reduce damage from earthquakes by making use of technology .

  10. Earthquake Resistant Building Cross-bracing Reinforce walls using two steel beams . Shear walls (concrete walls with steel bars in them) to reduce rocking movements . Shock absorbers (base isolators) absorb tremors of earthquakes

  11. Existing infrastructure can be reinforced by wrapping steel frames around the pillars of buildings and bridges, or by placing steel rodsin existing structures .

  12. 4.4. Education on Emergency Procedure: • Earthquake drills are conducted regularly in many earthquake-prone countries to educate and familiarize people on what to doin the event of an earthquake . • Governments of earthquake-prone countries also use posters and signs to warn people about areas that are prone to the effects of earthquakes e.g. coastal areas where tsunamis can occur .

  13. 5.Conclusion . • The society needs to be educated on the advantages of the earthquake resistant construction. There is a need to disseminate earthquake engineering information in local languages in the manner that sustains the interests of common man. This will facilitate the better appreciation of earthquake safety. THUS IT IS ALWAYS SAID THAT, “PRECAUTION IS BETTER THAN CURE”.

  14. Thank You

More Related