Obtaining knowledge necessary for the architectural design of reinforced concrete building structures.

Completeness of knowledge in the field of architectural design and the ability to successfully solve typical architectural problems of everyday architectural practice in the field of concrete structures.

Introduction, classification of concrete structures, elements and girders. Design of concrete structures (deterministic and probabilistic approach) and reliability of structures. Basic mechanical and physical properties of materials in reinforced concrete. Theoretical basis of calculating RC elements. Calculations according to allowable stresses and ultimate limit states. Section designing for the limit effects. Elements and structures of reinforced concrete buildings (calculations, detailing and execution). Line elements (beams, columns, walls, short elements, hinges, trusses, arches, ties, frames). Surface elements (one- and two-way slabs, corbels, trapeze, circular and ring slabs, ribbed and cassette ceilings). Wall beams and RC walls in buildings. Stairways. Skeleton buildings and halls. Foundations of buildings and halls.

Lectures, numerical and graphical exercises, consultations. Exercises are performed in groups according to the program that is entirely adjusted to lectures. Requirement for entering the exam are positively evaluated individual assignments.