The ARTeMIS software range is an effective tool for modal identification of civil engineering structures such as buildings, bridges, dams and offshore structures. The software allows the user to accurately estimate natural frequencies of vibration and associated mode shapes and modal damping of a structure from measured responses only.In all versions of ARTeMIS, one can generate geometric information and perform measurements in any standard measurement system, then perform modal identification and validation. Response data files can be provided in a flexible ASCII format or by making use of the standard Universal File Format (UFF). All versions include powerful and efficient signal processing tools, capabilities for 2D display of spectral densities and correlation functions, and for 3D geometry validation and mode shape animation. All plots and tables can easily be exported to other Windows programs such as Word and Excel using copy/paste commands. This also helps produce credible documentation with a minimum amount of work involved.Click the Specifications tab to read about the different software and plugin options, or visit the Structural Vibration Solutions website for more in-depth description of software capabilities.
GeoDAS is a graphical Microsoft Windows-based application. It provides the most comprehensive, intuitive and versatile features available in the earthquake, seismic, structural, dynamic and static monitoring and measuring industry. Fundamentally the program is used for instrument configuration and for acquisition of data provided by any standard GeoSIG instrument. . All recent Windows versions are supported, down to Windows 7. It may work also on the obsolete Windows XP but we no longer support it.Virtual machines or wrapper applications can be used to enable its many features to run under Linux, Mac OS, Unix and other operating systems too.
GeoSMART is an innovative graphical Java-based application that provides tools for realtime structural health monitoring for civil engineering structures. GeoSMART, with its "smart" features, can monitor and display the status of a structure that is equipped with GeoSIG measuring instruments. GeoSMART is S2HM in a Box; it has been designed to meet fundamental engineering requirements with respect to structural health monitoring applications.
SEISAN analysis software suite is a complete set of programs and an uncomplicated database for analyzing earthquakes from analog and digital data, by University of Bergen. GeoSIG’s software GeoDAS can automatically link to an existing SEISAN database and can automatically provide all retrieved data from all configured stations into this database in a directly useable format. The system consists of a set of advanced seismic analysis programs operating over a seismic database. With SEISAN it is possible to use local and global earthquakes to enter phase readings manually or pick them with a cursor, locate events, edit events, determine spectral parameters, seismic moment, azimuth of arrival from 3-component stations and plot epicenters. Using the search programs it is possible to use different criteria to search the database for particular events and work with this subset without extracting the events. Additionally, SEISAN contains some integrated research type programs like codaQ, synthetic modeling and a complete system for seismic hazard calculation. The smallest basic unit of the database is a file containing original phase readings (arrival times, amplitude, period, azimuth, and apparent velocity) for one event. The name of that file is also the event ID, which is the key to all information about the event in the database. Although the database in reality only consists of a large number of sub-directories and files (all of which the user has access to), the intention is that by using the surrounding software, the user should rarely need to access the files directly, but rather do all work from the user's own directory. Test data and a tutorial are supplied with the suite.