Nesterenko M. Synthesis of vibrating facilities with spatial oscillations for formation reinforced concrete products

Object - the process of building products from concrete to vibration settings spatial fluctuations of purpose - the development of the scientific basis of vibration settings of spatial fluctuations for the formation of complex concrete construction forms, methods - theory of vibrations of mechanical systems and continuous media, analytical and numerical methods using PC, experimental studies were based on the methods of mathematical planning of experiments and mathematical statistics, novelty - set laws of motion orbital forming units of the spatial fluctuations the influence of process loads through the use of discrete-continuum models arable environments, analytical dependences for assessment of energy densification and efficiency of the vibration settings in the formation of concrete products, came the further development of scientific understanding of the mechanism of vibration compacting concrete with spatial fluctuations, the results - created a new trend in the development of highly efficient energy-saving vibration settings for the formation of a concrete mixtures of complex shape; developed a methodology for engineering calculations determining the dynamic and structural parameters settings for the formation of complex concrete forms, designed and developed an algorithm for calculating the experimental research and industrial prototypes vibration settings of spatial variations for forming concrete products with complex shapes; industry - machinery