S2-VIEW
Current version: v. 2.3.0.S2-VIEW is our free tool to visualize the results of Operational Modal Analysis exported from S2-OMA and correlate them with results from other software or Finite Element models. Uploading test results in S2-VIEW gives the final user the opportunity to interact with information usually reported in print in the test report. The user can visualize and interact with animated mode shapes, and evaluate the correlation among test results obtained by different OMA methods as well as the correlation between experimental and numerical modal properties. The latter can be directly uploaded by the user.
Why you should buy our software?
- Which problem does it solve? Printed test report have clear limitations in the exploitation of test results. For instance, they can plot only static graphical representations of mode shapes. Moreover, OMA results are often going to be used for model validation or updating. S2-VIEW gives the opportunity to manipulate the results of OMA tests, visualize animated mode shapes from different viewpoints, and easily compare results from S2-OMA with those obtained from Finite Element models or third-party OMA software.
- Which needs does it fit? S2-VIEW gives an answer to the need of transferring the results of OMA tests from the test engineer to the structural design engineer, making the results obtained by S2-OMA more usable
- What makes our software stand out from the competition? S2-VIEW expands the classic printed report, making it interactive and making available additional tools for correlation/validation of results from tests or Finite Element models
- Other strenghts: S2-VIEW is free and natively interoperable with S2-OMA
What’s new in the latest release
S2-VIEW is our free tool to visualize the results of Operational Modal Analysis exported from S2-OMA and correlate them with results from other software or Finite Element models.
Guided interface
Input geometry
Input data
Analysis methods
Visualization and validation
Export and report
Data exchange and interoperability
System requirements