CyberShake - Revision history

Maechlin: /* CyberShake Seismic Hazard Model Calculations */

2024-11-19T00:26:56Z

CyberShake Seismic Hazard Model Calculations

2024-11-19T00:25:50Z

2024-08-14T20:58:54Z

Fix typo

2022-09-27T20:39:23Z

2022-09-27T20:38:39Z

CyberShake Seismic Hazard Model Calculations

2022-08-23T21:13:31Z

CyberShake Seismic Hazard Model Calculations

2022-05-25T17:24:05Z

2022-03-23T20:25:29Z

CyberShake Seismic Hazard Model Calculations

2021-10-07T17:09:50Z

2021-10-07T17:09:41Z

@@ Line 26: / Line 26: @@
 As of April 2013, we moved the CyberShake Study numbering scheme to a Year.Month format based on date the simulations are started.
 *[[CyberShake_Study_22.12]]
 *[[Broadband_CyberShake_Validation]]

@@ Line 26: / Line 26: @@
 As of April 2013, we moved the CyberShake Study numbering scheme to a Year.Month format based on date the simulations are started.
-*[[CyberShake_Study_22.10]]
+*[[CyberShake_Study_22.12]]
 *[[Broadband_CyberShake_Validation]]
 *[[CyberShake_BBP_Verification]]

← Older revision		Revision as of 20:58, 14 August 2024
Line 1:		Line 1:
−	CyberShake is a SCEC research project that is working to develop a physics-based computational approach to probabilistic seismic hazard analysis (PSHA). The CyberShake approach uses full 3D wave propagation simulations to forecast ground motions that will be produced by specific ruptures which is expected to ~~produced~~ significantly more accurate estimates for many sites than commonly used empirical-based ground motion decay attenuation relationships.	+	CyberShake is a SCEC research project that is working to develop a physics-based computational approach to probabilistic seismic hazard analysis (PSHA). The CyberShake approach uses full 3D wave propagation simulations to forecast ground motions that will be produced by specific ruptures which is expected to produce significantly more accurate estimates for many sites than commonly used empirical-based ground motion decay attenuation relationships.

	This page details the scientific process and results of the CyberShake Project. For information about the software, please visit [[CyberShake Training]].		This page details the scientific process and results of the CyberShake Project. For information about the software, please visit [[CyberShake Training]].

@@ Line 26: / Line 26: @@
 As of April 2013, we moved the CyberShake Study numbering scheme to a Year.Month format based on date the simulations are started.
-*[[CyberShake_Study_22.12]]
+*[[CyberShake_Study_22.10]]
 *[[Broadband_CyberShake_Validation]]
 *[[CyberShake_BBP_Verification]]

@@ Line 26: / Line 26: @@
 As of April 2013, we moved the CyberShake Study numbering scheme to a Year.Month format based on date the simulations are started.
 *[[Broadband_CyberShake_Validation]]
 *[[CyberShake_BBP_Verification]]

@@ Line 26: / Line 26: @@
 As of April 2013, we moved the CyberShake Study numbering scheme to a Year.Month format based on date the simulations are started.
-*[[CyberShake Study 20.5]]
+*[[CyberShake Study 21.12]]
 *[[CyberShake Study 18.8]]
 *[[CyberShake Study 17.3]]

@@ Line 1: / Line 1: @@
 CyberShake is a SCEC research project that is working to develop a physics-based computational approach to probabilistic seismic hazard analysis (PSHA). The CyberShake approach uses full 3D wave propagation simulations to forecast ground motions that will be produced by specific ruptures which is expected to produced significantly more accurate estimates for many sites than commonly used empirical-based ground motion decay attenuation relationships.
-This page details the scientific process and results of the CyberShake Project.  For information about the software, please visit [CyberShake Training].
+This page details the scientific process and results of the CyberShake Project.  For information about the software, please visit [[CyberShake Training]].
 == Physics-based Probabilistic Seismic Hazard Analysis ==

← Older revision		Revision as of 17:09, 7 October 2021
Line 1:		Line 1:
	CyberShake is a SCEC research project that is working to develop a physics-based computational approach to probabilistic seismic hazard analysis (PSHA). The CyberShake approach uses full 3D wave propagation simulations to forecast ground motions that will be produced by specific ruptures which is expected to produced significantly more accurate estimates for many sites than commonly used empirical-based ground motion decay attenuation relationships.		CyberShake is a SCEC research project that is working to develop a physics-based computational approach to probabilistic seismic hazard analysis (PSHA). The CyberShake approach uses full 3D wave propagation simulations to forecast ground motions that will be produced by specific ruptures which is expected to produced significantly more accurate estimates for many sites than commonly used empirical-based ground motion decay attenuation relationships.
		+
		+	This page details the scientific process and results of the CyberShake Project. For information about the software, please visit [CyberShake Training].

	== Physics-based Probabilistic Seismic Hazard Analysis ==		== Physics-based Probabilistic Seismic Hazard Analysis ==