The thesis presents the design of inter-floor ceiling construction in reinforced concrete implementation. This inter-floor ceiling construction presents a panel between the ground-floor and the first-floor of an office building. The design which was carried out in the software environment SOFiSTiK took into account all the valid European standards Eurocode.
Based on the obtained plans of the building the main tasks were to determine the load that burdens the reinforced concrete plate, create an appropriate computational model in the "Sofistik" software with regard to the input data, such as material, cross-section and geometry of the panel. After accomplishing these tasks there followed the control of limit states (the limit state of carrying capacity and the limit state of usability).
The design of reinforced concrete panels was done with "Sofistik" software. Based on the calculation of the necessary amount of reinforcement we drew a reinforcement plan for execution. The plotting of the reinforcement was made in the software environment "AutoCAD".
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