Terraced Apartment Building in Kyje – Reinforced Concrete Ceiling Slab

A student model of a monolithic reinforced concrete ceiling slab for a terraced apartment building in Prague, created in RFEM 6 for the purpose of learning advanced structural analysis methods.

Author	Petr Stuchlík
University	CTU \| Faculty of Civil Engineering, Czech Republic

A monolithic reinforced concrete apartment building in Prague with a terraced structure and two above-ground floors.

Apartment Building Structure in Kyje

Structure and Model

The project involves a new terrace apartment building in Prague 14 – Kyje with a load-bearing structure measuring 28.6 × 12.55 m. The combined system of monolithic walls, columns, and beams is designed using C30/37 concrete with B500B reinforcement. In RFEM 6, the 200-mm-thick ceiling slab above the 2nd floor was modeled as a 2D element with unidirectional tension, and the model accurately captures the spatial interaction with vertical load-bearing elements, penetrations, and stairwell openings.

A model of a reinforced concrete floor slab for a terraced apartment building in RFEM 6, including an analysis of internal forces and reinforcement design according to Eurocodes.

Reinforced Concrete Slab of Apartment Building in Prague

Loads and Analysis Results

The loads were determined according to Eurocodes and include permanent and variable loads, equivalent area loads from partition walls, and line loads from the building envelope. The analysis results are used to design the reinforcement at the ultimate limit state (ULS) and to verify deflections at the serviceability limit state (SLS), taking into account creep and cracks.

Student project included in the Dlubal Talent CTU 2026 competition

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