Earthquake Engineering Tips




Earthquakes are a major geological phenomena. Man has been terrified of this phenomena for ages, as little has been known about the causes of earthquakes, but it leaves behind a trail of destruction. There are hundreds of small earthquakes around the world everyday. Some of them are so minor that humans cannot feel them, but seismographs and other sensitive machines can record them. Earthquakes occur when tectonic plates move and rub against each other. Sometimes, due to this movement, they snap and rebound to their original position. This might cause a large earthquakes as the tectonic plates try to settle down. This is known as the Elastic Rebound Theory.

Haiti Earthquake 2010

Haiti Earthquake 2010

Every year, earthquakes take the lives of thousands of people , and destroy property worth billions. The 2010 Haiti Earthquake killed over 1,50,000 people and destroyed entire cities and villages. Designing Earthquake Resistant Structures is indispensable. It is imperative that structures are designed to resist earthquake forces, in order to reduce the loss of life. The science of Earthquake Engineering and Structural Design has improved tremendously, and thus, today, we can design safe structures which can safely withstand earthquakes of reasonable magnitude.

Index of all posts on Earthquake Resistant Structures

  1. Design Earthquake Resistant Buildings | Engineering Tips
  2. Earthquakes and Natural Calamities
  3. Types of Seismic Waves
  4. Hazardous Effects of Earthquakes
  5. Effect of Earthquakes on Structures
  6. Building Stiffness and Flexibility | Earthquake Engineering
  7. Inertial Forces in a Structure
  8. Effects of Deformations in Structures
  9. Horizontal and Vertical Shaking of a Structure
  10. Flow of Inertia Forces to Foundations
  11. How Earthquakes affect Reinforced Concrete Buildings
  12. Building Planning | Earthquake Resistant Buildings
  13. Earthquake Resistant Structures by Planning and Design Approach
  14. Design Philosophy of Earthquake Resistant Designs
  15. Building Construction Materials for Earthquake Resistance
  16. Concept of Earthquake Resistant Engineering
  17. Seismic Base Isolation Technique for Building Earthquake Resistance
  18. Energy Dissipation Devices for Earthquake Resistant Building Design
  19. Active Control Devices for Earthquake Resistance

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  1. #1 by kartar singh bhatia MTech in Civil on September 6, 2010 - 1:27 am

    thanks for your knowledge enhancing materials for those who are actively involved to understand the theory and practice in civil engineering.

  2. #2 by waseem khan on September 22, 2011 - 9:40 pm

    Elastic Rebound Theory is correct for earthquake.

  3. #3 by Alok Sarkar,C.E., M.S., B.Sc(Civil) on September 22, 2011 - 11:51 pm

    Thanks! You have given useful information. These will be helpful to all, i.e., to those who are interested in enhancing their knowledge on the subject. Thank you for being you.

  4. #4 by ALBERT POGSON. on March 2, 2013 - 1:13 am

    GREETINGS,
    ARE THERE MORE THAN TWO MANUFACTURERS OF PENDULUM TYPE SEISMIC ISOLATORS. ?

    THANK YOU IN ANTICIPATION OF A RESPONCE

    ALP

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