
Intro to Seismic Interpretation
... • Reflections occur where there is an impedance contrast between two rock layers • ~0.01% of the seismic wave is reflected • Interval seismic velocities generally increase with depth – 10 msec at 1 sec TWT represents less rock than 10 msec at 2 sec TWT Unmigrated seismic data is displayed relative t ...
... • Reflections occur where there is an impedance contrast between two rock layers • ~0.01% of the seismic wave is reflected • Interval seismic velocities generally increase with depth – 10 msec at 1 sec TWT represents less rock than 10 msec at 2 sec TWT Unmigrated seismic data is displayed relative t ...
Earthquake Terms
... 2. Seismologist- A scientist who studies earthquakes 3. Seismograph- An instrument that detects, records, and measures the vibrations produced by an earthquake. 4. Seismogram- The record made by a seismograph, the paper on which the earthquake waves are recorded. 5. Epicenter- The point on the surfa ...
... 2. Seismologist- A scientist who studies earthquakes 3. Seismograph- An instrument that detects, records, and measures the vibrations produced by an earthquake. 4. Seismogram- The record made by a seismograph, the paper on which the earthquake waves are recorded. 5. Epicenter- The point on the surfa ...
Earthquakes
... plate scrapes across the top of the subducting plate. Divergent Oceanic environments – Make up the midocean ridges, plates are moving away from each other. ...
... plate scrapes across the top of the subducting plate. Divergent Oceanic environments – Make up the midocean ridges, plates are moving away from each other. ...
ECIV 720 A Advanced Structural Mechanics and Analysis
... A response spectrum is a plot of maximum response (e.g. displacement, velocity, acceleration) of SDF systems to a given ground acceleration versus systems parameters (Tn , ). A response spectrum is calculated numerically using time integration methods for many values of parameters (Tn , ). ...
... A response spectrum is a plot of maximum response (e.g. displacement, velocity, acceleration) of SDF systems to a given ground acceleration versus systems parameters (Tn , ). A response spectrum is calculated numerically using time integration methods for many values of parameters (Tn , ). ...
Earthquakes
... They speed up or slow down or are refracted (bent), depending on what layer they are travelling through ...
... They speed up or slow down or are refracted (bent), depending on what layer they are travelling through ...
Chapter 10 Test Review Notes
... Strain that builds up along faults at or near plate boundaries is the cause of most major earthquakes. P waves, also called primary waves, can travel through any material, and squeeze and stretch rock materials. Some surface waves cause particles of rock to move from side to side. ...
... Strain that builds up along faults at or near plate boundaries is the cause of most major earthquakes. P waves, also called primary waves, can travel through any material, and squeeze and stretch rock materials. Some surface waves cause particles of rock to move from side to side. ...
chapter 6 earthquakes
... intensity – the amount of damage caused by an earthquake? 1. Magnitude – how strong it is (measured by the Richter scale) 2. Population – the more people are around when it happens the more dangerous it is 3. How much money it costs to repair the damages – the more money it costs the ...
... intensity – the amount of damage caused by an earthquake? 1. Magnitude – how strong it is (measured by the Richter scale) 2. Population – the more people are around when it happens the more dangerous it is 3. How much money it costs to repair the damages – the more money it costs the ...
Earthquakes - teamafrica
... A seismometer is an instrument that senses the earth's motion; a seismograph combines a seismometer with recording equipment to obtain a permanent record of the motion. From this record scientists can calculate how much energy was released in an earthquake, which is one way to decide its magnitude. ...
... A seismometer is an instrument that senses the earth's motion; a seismograph combines a seismometer with recording equipment to obtain a permanent record of the motion. From this record scientists can calculate how much energy was released in an earthquake, which is one way to decide its magnitude. ...
ppt file - Angelfire
... Earthquake Resistant Design of Structures Enact building codes to design and build earthquake-resistant structures in high seismic risk areas. wood, steel and reinforced concrete are preferred as they tend to move with the shaking ground (unreinforced concrete and heavy masonry tend to move independ ...
... Earthquake Resistant Design of Structures Enact building codes to design and build earthquake-resistant structures in high seismic risk areas. wood, steel and reinforced concrete are preferred as they tend to move with the shaking ground (unreinforced concrete and heavy masonry tend to move independ ...