Basic Earthquake Engineering: From Seismology to Analysis by Halûk Sucuoğlu, Sinan Akkar

By Halûk Sucuoğlu, Sinan Akkar

This ebook offers senior undergraduate scholars, grasp scholars and structural engineers who would not have a heritage within the box with center wisdom of structural earthquake engineering that might be worthy of their expert lives. the fundamentals of seismotectonics, together with the factors, importance, and depth of earthquakes, are first defined. Then the e-book introduces simple components of seismic risk research and offers the concept that of a seismic probability map to be used in seismic layout. next chapters disguise key points of the reaction research of straightforward platforms and development struc­tures to earthquake floor motions, layout spectrum, the adoption of seismic research methods in seismic layout codes, seismic layout rules and seismic layout of strengthened concrete buildings. precious labored examples on seismic research of linear, nonlinear and base remoted constructions, earthquake-resistant layout of body and frame-shear wall structures are incorporated, such a lot of which might be solved utilizing a hand calculator.

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Additional info for Basic Earthquake Engineering: From Seismology to Analysis and Design

Sample text

In probabilistic seismic hazard assessment, the random process is the earthquake mechanism and the mean exceedance rate of events, mm(M [ m*), is computed from the earthquake recurrence models as described in the previous paragraphs. Following the example discussed in Figs. 225. This statistic would indicate that every 4–5 years one would expect an earthquake of M [ 5 in the considered study area. As far as the physics of earthquakes are of concern (elastic rebound theory), given a region, the occurrence of earthquakes are not independent of each other.

For the example given in Fig. 2, which is determined directly from the compiled catalog (see the table in Fig. 2). 1 lists some empirical relationships from Wells and Coppersmith (1994) for estimating mmax in terms of fault rupture dimensions (surface rupture length and total rupture area). These relationships also consider the faulting mechanisms while estimating the maximum magnitudes in terms of fault rupture areas and rupture lengths. 93 ? ? ? 25 The last column gives the standard deviations of each empirical relationship The reciprocal of mean annual exceedance rate in earthquake recurrence models describes the recurrence interval of events.

Characteristic earthquake recurrence model; Youngs and Coppersmith 1985), their description and differences with respect to those mentioned in the text is out of scope of this chapter. 3 shows the truncated Gutenberg-Richter earthquake recurrence model for the data given in Fig. 2. As indicated in the previous paragraph, truncated Gutenberg-Richter requires mmax information to describe the maximum earthquake size that can be generated by the considered seismic source. , Wells and Coppersmith 1994; Leonard 2010).

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