3.1 Software EZ-FRISK was built to operate within the Microsoft@ Windows@ (98/NT/2000/XP) family of operating systems. 3.2 Hardware The following is a list of minimum requirements needed to run the application: 0 PC with Pentium processor (or compatible) and 64 MB of memory (128 MB. EZ-FRISK™ is a software package used by engineers and seismologists to perform site-specific earthquake hazard analysis. The key capabilities are: Seismic Hazard Analysis — calculating the probability of earthquake ground shaking at the surface or in the bedrock beneath a site based on the location of surrounding faults.
Software Application Disclaimer The text above is not a piece of advice to uninstall EZ-FRISK 7.52 by Risk Engineering, Inc. From your PC, we are not saying that EZ-FRISK 7.52 by Risk Engineering, Inc. Is not a good application for your PC.
This text simply contains detailed info on how to uninstall EZ-FRISK 7.52 in case you decide this is what you want to do. The information above contains registry and disk entries that our application Advanced Uninstaller PRO discovered and classified as 'leftovers' on other users' computers.
EZ-FRISK™ allows you to quickly perform probabilistic and deterministic seismic hazard analysis by:. Entering your site's latitude, longitude, and other site conditions and analysis choices. Selecting seismic sources from extensive databases of fault, area, and background seismic sources.
Choosing attenuation equations from a database of attenuation equations. Specifying which attenuation to use with particular seismic sources. Overriding, as necessary, calculational parameters such as integration step sizes and near-source effects. Your seismic hazard analysis module license comes with area, fault, and gridded seismic sources needed to analyze ground motion hazard in one region of the world. You can license additional regions at additional cost. Seismic sources comes with fault and variable seismicity gridded sources defined by the USGS and the CGS (Seismic Hazard Mapping Program, 1996, 2002 and 2008). Our of the 2008 model shows our implementation matches within 5% of the USGA code in 89% of the cases we tested.
The database covers the continental US, Alaska, and Hawaii. The Canadian seismic sources come with fault and area seismic sources developed by the Geological Survey of Canada for use in creating the 2005 building code. You can also add additional sources to cover other geographic regions or to perform sensitivity studies using custom. The attenuation equation database includes virtually all prominently used attenuation equation forms and includes coefficients for over 160 specific attenuation relationships. You can define your own attenuation equations by providing sets of coefficients for the provided equation forms. Using the attenuation table form, you can implement arbitrary attenuation relationships by providing interpolation data. The seismic hazard analysis batch-processing capability allows you to queue multiple runs for execution.
This lets you effectively perform sensitivities and parametric studies or work with multiple site locations without significant manual intervention. The multi-site gridded analysis module is a separately licensed add-on to the annual seismic hazard analysis license. It performs a hazard analysis on a rectangular grid contained by a polygon, or a selected set of points. It generates tabular results useful for creating seismic hazard maps.