FStr 1.4.0 - Finite Strip Computer Application

[ Elastic Buckling Analysis of Thin-Walled Structures ]

The FStr computer application program is based on the Finite Strip Method and gives to the user an easy and intuitive elastic buckling analysis, allowing access to the buckling mode shape of thin-walled structural member. Besides the generation of the 2D and 3D buckling modes illustration, the user is able to obtain the critical buckling load and its related member length.

What is FStr?
- FStr stands for Finite Strip Computer Application based on trigonometric longitudinal functions;
- FStr is a software developed on the basis of the Finite Strip Method formulation;
- The formulation uses trigonometric functions in longitudinal direction in series, with the purpose of interpolate the solution inside the strip, and form a shape suitable for any type of end boundary condition;
- Signature curves are one type of analyze the results, through a set of longitudinal lengths. Then, the user can analyze the critical modes at any critical length;
- 3D buckling modes with colorful plots, helps the user to identify the critical buckling mode easily.

Easy and intuitive interface
The Graphical User Interface (GUI) is implemented in the MATLAB App Designer (MATHWORKS, 2000). The purpose of the GUI is to make it easier to the user to set up the data input and to analyze the data output. The FStr has an accessible and easy graphical user interface, and is conceived to attend research activities as well as engineering design of thin-walled structures with arbitrary cross-sections.

Web Site 1: https://sites.google.com/coc.ufrj.br/fstr
Web Site 2: https://joaoadelazzari.github.io/FStr/