Hello,

The structural analysis software RFEM is the answer to your dynamic analysis and design requirements. Existing and new structures of all shapes and sizes require a reliable yet intuitive approach to evaluate the structural dynamic response.

RFEM in conjunction with the add-on modules in the RF-DYNAM Pro family, will allow you to analyze and design your structure for natural vibrations, forced vibrations (time history, accelerograms, harmonic loads), and seismic equivalent loads (response spectra analysis). Code requirements are accounted for with the implementation of the ASCE 7, NBC, and other international standards directly in the add-on modules.

Engineers need a complete and easily understood software application for dynamic analysis and design. Continue reading to see why RFEM is the number one choice for structural engineers across the world.

Best Regards,

Amy Heilig, PE
CEO - US Office
Philadelphia, PA

Add-on Modules for Dynamic and Seismic Analysis   

The RF-/DYNAM Pro add-on modules allow for determination of natural vibrations, external excitations, and equivalent seismic loads. Click on the links below to find out more about the dynamic options available.

In RFEM, it is possible to calculate a pushover curve (also called capacity curve). The pushover curve data can be further exported to Excel. Important steps in order to evaluate this nonlinear curve can be found here.

Recorded Webinars   

Seismic Equivalent Loads Using the Response Spectrum Analysis in RFEM

Content:

• Introduction to the RF-DYNAM Pro add-on modules
• Analysis of natural frequencies and mode shapes
• Perform a response spectrum analysis according to the IBC 2012 / ASCE 7-10 
• Apply generated equivalent static loads in RFEM

More Information

Time History Analysis in RF-/DYNAM Pro - Walking and Running Across Pedestrian Bridge

Content:

• Features of RF-/DYNAM Pro - Forced Vibrations
• Calculations of the natural frequencies of a pedestrian bridge utilizing RF-DYNAM PRO – Natural Vibrations
• Explore the theory of walking and running with respect to a time history analysis
• Direct input of time diagrams as functions in RF-DYNAM PRO – Forced Vibrations
• Evaluation of the results in RFEM with the use of a time course monitor

More Information

James A. Kral

www.newmanassoc.com