FIN EC
Concrete Beam
Program for design and verification of horizontal reinforced concrete structures according to EN 1992-1-1 or EN 1992-2 (Eurocode 2). This tool is useful for design of beams, slabs and similar structural elements. The verification includes both ultimate and serviceability limit states.
Main features
- National annexes for Czech Republic, Slovakia, Poland and Bulgaria
- Option for input of arbitrary values of partial safety factors
- Members with unlimited number of supports
- Variable cross-sections (tapers)
- Spring supports, internal hinges
- Generator of load cases and combinations for continuous beam according to EN 1990
- Various types of longitudinal and shear reinforcement
- Check of indicative strength class, minimum cover and reinforcement ratios
- Verification of the ultimate limit states (bending, shear)
- Verification of the serviceability limit states (deflection control including influence of creep and shrinkage, crack control, stress limitation)
- Printing of well-arranged reports
The program works as a standalone application or as a designing module in programs FIN 3D and FIN 2D. In this mode, the structure is created in FIN programs, that calculate deformations and internal forces. These results are transferred into the program Concrete Beam. This program performs the verification according to the given standard. Results and updated cross-sections are transferred back into FIN programs. Such mutual communication leads to efficient optimization of structure design.
More Features
Training Materials
FIN EC 2021 - New Edition
News & Features
- All programs – The new tool Annexes
- Italian national annex for Eurocodes
- Steel, Steel Fire - User-defined selection of lateral torsional buckling curve
Output Report Samples
Main Advantages of FIN EC Report
- Clear one-page or comprehensive textual report
- Possibility of custom report structures
- Company profile with logo in the report header
- Creation of custom report templates
Associated Applications
The program Concrete works separately, however the work can be simplified when using it together with the following programs for structural analysis:
- FIN 3D – Analysis of 3D trusses and frame structures
- FIN 2D – Analysis of 2D trusses and frame structures
These programs can be also used for design of RC structures:
- Concrete – Verification of general concrete cross-sections and members
- Concrete Fire – Fire resistance of concrete structures
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