Grichards at 23:59, 14 December 2022

2022-12-14T23:59:22Z

← Older revision		Revision as of 23:59, 14 December 2022
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	[[Category: Seismic]]		[[Category: Seismic]]
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	In the deterministic approach, individual earthquake scenarios (earthquake magnitude and location) are developed for each relevant [[seismic]] source and a specified ground motion probability level is selected (~~by tradition~~, it is either 0 or 1 standard deviation above the median). Based on the earthquake location, the distance to the site is computed. Given the magnitude, distance, and number of standard deviations for the ground motion, the ground motion is then computed for each earthquake scenario, using a ground motion prediction equation (previously called an attenuation relation) that is based on either empirical ground motions or numerical simulations of ground motions. The largest ground motion (at a specific period) from any of the considered scenarios is used for the design ground motion. The approach is “deterministic” in that single values of the parameters (magnitude, distance, and number of standard deviations for the ground motion) are selected for each scenario.		In the deterministic approach, individual earthquake scenarios (earthquake magnitude and location) are developed for each relevant [[seismic]] source and a specified ground motion probability level is selected (typically, it is either 0 or 1 standard deviation above the median). Based on the earthquake location, the distance to the site is computed. Given the magnitude, distance, and number of standard deviations for the ground motion, the ground motion is then computed for each earthquake scenario, using a ground motion prediction equation (previously called an attenuation relation) that is based on either empirical ground motions or numerical simulations of ground motions. The largest ground motion (at a specific period) from any of the considered scenarios is used for the design ground motion. The approach is “deterministic” in that single values of the parameters (magnitude, distance, and number of standard deviations for the ground motion) are selected for each scenario.

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Grichards: Created page with "NOTOC Category: Seismic ---- In the deterministic approach, individual earthquake scenarios (earthquake magnitude and location) are developed for each relevant seismic source and a specified ground motion probability level is selected (by tradition, it is either 0 or 1 standard deviation above the median). Based on the earthquake location, the distance to the site is computed. Given the magnitude, distance, and number of standard deviations for the ground motion,..."

2022-12-14T23:58:16Z

Created page with "__NOTOC__ Category: Seismic ---- In the deterministic approach, individual earthquake scenarios (earthquake magnitude and location) are developed for each relevant seismic source and a specified ground motion probability level is selected (by tradition, it is either 0 or 1 standard deviation above the median). Based on the earthquake location, the distance to the site is computed. Given the magnitude, distance, and number of standard deviations for the ground motion,..."

New page

__NOTOC__
[[Category: Seismic]]
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In the deterministic approach, individual earthquake scenarios (earthquake magnitude and location) are developed for each relevant [[seismic]] source and a specified ground motion probability level is selected (by tradition, it is either 0 or 1 standard deviation above the median). Based on the earthquake location, the distance to the site is computed. Given the magnitude, distance, and number of standard deviations for the ground motion, the ground motion is then computed for each earthquake scenario, using a ground motion prediction equation (previously called an attenuation relation) that is based on either empirical ground motions or numerical simulations of ground motions. The largest ground motion (at a specific period) from any of the considered scenarios is used for the design ground motion. The approach is “deterministic” in that single values of the parameters (magnitude, distance, and number of standard deviations for the ground motion) are selected for each scenario.


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Deterministic Seismic Analysis - Revision history

Grichards at 23:59, 14 December 2022