Soil Structure Interaction Analysis with WIN-SSI
Win-SSI takes the CLASSI soil structure interaction methodology, well proven for it's accuracy in
predicting dynamic soil structure interaction, and makes it available on a
windows platorm.
Win-SSI is based upon the CLASSI (Continuum Linear Analysis of Soil
Structure Interaction) technique. Although this program was never released
into the public domain we have obtained permission from the USNRC (United States
Nuclear Regulatory Commission) to develop and sell its sequel SMACS. This
has been renamed Win-SSI and is a computer code which builds upon CLASSI and
SMACS to create a package with a graphical user interface which guides you through
the production of soil structure interaction (SSI) analyses.
The software guides you through selecting from your personal
library of soil profiles and time history sets. It checks that your
output files form a valid QA set by carrying out checksum, date and time checks
and produces plots to illustrate your work. These make it ideally suited
for the demands of the nuclear industry but also for the assessment of any strong
motion soil structure interaction problem.
The package comes with validation against other applications of the CLASSI
methodology and runs published under the US government sponsered SMACS
(probablistic seismic analysis chain) programme. The CLASSI
methodology was compared with full scale testing as part of the Lotung soil structure interaction
experiment (http://www.iasmirt.org/iasmirt-3/SMiRT10/DC_250932) and showed itself there to give one of the most accurate predictions
available.
Win-SSI provides an interface with ANSYS and SAP IV (more interfaces to follow)
so that existing finite element models can be used to form the basis of your soil structure interaction
analysis.
We also offer a full support and training package.
The result of all these tools is a solution which enables accurate assessment of
dynamic soil structure interaction problems swiftly and efficiently, requiring minimal
time for the engineer and only moderate computational power.
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