Earthquake Resistant Building Construction - 1 A short Research Paper on Affordable Solution for Earthquake Resistant Building Construction in Haiti by Dawang Sherpa Submitted to Southern Alberta Institute of Technology-SAIT Calgary‚ Alberta February 24‚ 2010 Table of Contents 1. Introduction 2. Some Concepts on Earthquake Resistant Construction 2.1 2.2 2.3 3.1 Adobe Buildings with Earthquake Resistant Components 3.2 Rice Straw/Wheat Straw Buildings 3.3 Bamboo & Wooden Houses 3.4
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1)Abstract 2)Introduction 3)Causes of earthquakes 4)Basic terminology: a)Hypocentre‚ b)Epicentre c)Focal depth 5)Earthquake size a)Magnitude b)Intensity 6) Earthquake hazard a)Primary effects b)Secondary effects 7)Earthquake loads on buildings 8)How Buildings Respond to Earthquakes 9)Common Modes of Failure a)Structural
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Course Title IEQ-05 : Earthquake Geology and Geoinformatics (Dept. of Earthquake Engineering‚ IIT Roorkee) What is an earthquake? An earthquake is the vibration of the earth produced by the quick release of energy. Most often‚ earthquakes are caused by movement along large fractures in the earth’s crust. Such fractures are called faults. The energy that is released radiates in all directions from its origin in the form of waves. These waves are similar to the waves that occur when you drop a
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12 7.0 Conclusion 13 8.0 Reference 14 The effect of earthquake on buildings in Japan 1.0 Abstract The country of Japan is an island. The population in Japan is considered quite high‚ about 127‚817‚277 people in this small country. Therefore‚ this has made Japan became one of the most tightly populated country in the world‚ ranking the 36th placing. Earthquakes are very common in Japan. In fact‚ Japan had suffered more earthquakes compared to other. Therefore‚ engineers have put in a lot of
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EARTHQUAKE An earthquake (also known as a tremor‚ temblor or seismic activity) is the result of a sudden release of energy in the earth’s crust that creates SEISMIC WAVES. Earthquakes are measured with a seismometer; a device which also records is known as a seismograph. SEISMIC DEFORMATION When an earthquake fault ruptures‚ it causes two types of deformation: static; and dynamic. Static deformation is the permanent displacement of the ground due to the event. The earthquake cycle progresses
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Earthquake Loads & Earthquake Resistant Design of Buildings 1. 1 2. Summary 2 3. Earthquake Design - A Conceptual Review 2 4. Earthquake Resisting Performance Expectations 3 5. Key Material Parameters for Effective Earthquake Resistant Design 3 6. Earthquake Design Level Ground Motion 4 6.1. Elastic Response Spectra 4 6.2. Relative Seismicity 5 6.3. Soil amplification 6 7. Derivation of Ductile Design Response Spectra 7 8. Analysis and Earthquake Resistant Design Principles 8 8.1. The Basic Principles
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Earthquakes are vibrations of earth caused by the rapid release of energy. These earthquakes can be caused by faults in the Earth’s crust scraping against each other. Faults are constantly sliding past each other‚ but can occasionally have difficulty when the earth around these faults cracks‚ causing the path to become rugged. When they don’t slide easily‚ they cause tension. When the tension and pressure is released‚ this causes said vibrations that can be large enough to damage and destroy cities
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Earthquake Assignment Week 3 Earthquake Assignment Earthquakes Have you ever got so mad you have to squeeze something to release your pressure? Or maybe you walk around aimlessly taking deep breaths to try and discharge the stress something or someone caused. Our earth‚ too‚ has a way of releasing pressure. Earthquakes are the result of the earth’s crust letting go of its strain and stress. Earthquakes can be defined as a sudden and violent shaking of the ground resulting when the
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| Earthquake Preparedness | Public Administration | | Lorena Hedges | 9/18/2012 | I will be discussing the needs of a budget and what supplies will be in the budget plan. Then you will read some about the shelter provided‚ population of the community‚ and damages caused by earthquakes. There will be information about the policy and procedures to follow for an earthquake and what challenges we have to face. The conclusion will be completed in the next phase. | Earthquake Preparedness
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The article‚ Earthquake Outlook for the San Francisco Bay Region 2014–2043‚ explores the situation of California and its active faults; Also‚ it talks about the possibility of a big earthquake happening before 2043 in the state. The experts believe that there is 98% chance that one or more earthquakes will have a magnitude of at least 6.0‚ which is potent and dangerous; It can make damage to a great extent; furthermore‚ there is a 51% of probability that the earthquake could strike the San Francisco
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