The model shows the targeted reduction of the minimum reinforcement in flat slabs, whereby the influences of slowly hardening concrete in the RF-/CONCRETE method are precisely explained. Technical parameters, such as cement quality, reinforcement, and reduction mechanisms, are presented to show the relationships between material behavior and structural optimization. The visual representation highlights significant geometry and stress distribution effects and supports engineers in the evaluation of flat slab systems. The integration of technical details enables a practical application and validation in structural analysis.
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Flat Slab: Minimum Reinforcement Reduction for Slow-Hardening Concrete
Number of Nodes | 137 |
Number of Lines | 116 |
Number of Surfaces | 26 |
Number of Load Cases | 18 |
Number of Result Combinations | 10 |
Total Weight | 452.101 t |
Dimensions (Metric) | 27.995 x 27.995 x 0.995 m |
Dimensions (Imperial) | 91.85 x 91.85 x 3.26 feet |
Program Version | 5.23.02 |
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