Sharapa S. The technology of placing pylons of multi-storey frame buildings in climbing formwork systems.

The thesis provides a solution to an actual scientific and applied problem. The thesis objective is improve the efficiency of monolithic frame multi-storey buildings by developing technology placing of monolithic pylons using formwork module with tape on the basis of identified technological process parameters and the modes of its movement. In thesis discovered and investigated the technological parameters of movement of self-climbing formwork module with tape. Parameters are summarized in mathematical dependences for practical use of new technology. Developed new technology placing of monolithic pylons in multi-frame buildings. In this work developed recommendations for the technology and organization designing of placing pylons in multi-frame buildings that appear to be a toolbox for designers and manufacturers. This recommendations can improve the efficiency of the high-rise frame buildings. According to the characteristics of self-climbing formwork systems and technology developed recommendations for designers to improve constructability of pylons and frame of multi-storey buildings. Self-climbing formwork module technology allow to hasten the construction of multi-storey frame building with reducing complexity and cost of construction.