How to account for uncertainties in engineering structures?

Actions on structures such as wind, earthquake, machinery vibrations, as well as the capacity of structural elements, the material properties and the geometry of structure can fluctuate randomly.


Send a request for a demo version of STRUREL today! Try the effectiveness of state-of-the-art tools for structural safety.

Probabilistic analysis via structural reliability methods is the answer!

Our software product STRUREL is the indispensable tool for effective and safe engineering computations. STRUREL was founded at the Technische Universität München (TUM) and has been developed and tested for more than 30 years.

News & Announcements
In one of the previous posts, we showed you how to work with in-line Matlab functions directly in STRUREL. Did you know? You can also use a Matlab script as limit-state function in STRUREL.
In a mini-tutorial we show you how this is done in STRUREL:
Did you know? You can use in-line Matlab functions directly in a symbolic expression in STRUREL.
Did you know? You can use in-line Python functions directly in a symbolic expression in STRUREL.
The new release of STRUREL is available. We have added many helpful features to our software packages COMREL, SYSREL and COSTREL. Most notably, we extended the external interface of STRUREL: All our packages can now be coupled to C/C++, FORTRAN, Maplesoft Maple, Wolfram Mathematica, MathWorks Matlab, Python and Ruby.

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