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Information × Registration Number 0213U001701, 0111U003306 , R & D reports Title DEVELOPMENT AND IMPLEMENTATION OF OSTEOSYNTHESIS HIGH EFFICIENCY FOR SURGICAL TREATMENT OF COMPLICATED HUMAN BONE FRACTURES popup.stage_title Head Kryschuk Mykola Georgievich, Registration Date 23-01-2013 Organization Faculty of аircraft and space systems NTUU "KPI" popup.description2 The report consists of an introduction, eight chapters, two applications reference list of 32 titles lined by 146 pages of typewritten text contains 90 figures, 14 tables. Object of research - development and implementation of new research - based methods of rehabilitation of victims of traumatic injuries of the nature of the limb bones and jaw rights as the civilian population in times of peace as well as in the areas of emergency. The purpose of research - improving existing and developing new methods of surgical treatment of patients with complicated fractures, creating new designs of devices and components fixation of fractures, optimizing treatments. Purpose of the study - new techniques not damaging measuring mechanical properties of bone tissue before and during transactions including structural changes, mathematical modeling and simulation study of the patterns of the stress-strain state (SSS) and the strength of human limbs with fractures of the treatment, the study of biomechanical structures of human limbs damage and introduction of health science-based and clinically proven treatments. The methods of experimental and theoretical studies of systems of osteosynthesis improved efficiency for the surgical treatment of complex fractures of man. Manufactured equipment for the study of mechanical properties of bone tissue. A full-scale testing and mathematical modeling of biomechanical systems osteosynthesis "fixation device - bone" for the jaws and limbs of man at functional loads. Results settlement experimental methods for studying the biomechanical performance designs include a description of how experimental tests of strength and stiffness when exposed to static and cyclic loading and testing systems for osteosynthesis jaws and limbs of man on simulated computer models based on the distribution of stresses and strains. Product Description popup.authors Єщенко В.О. Ковбаса М.Л. Копчак А.В. Крикун А.М. Крищук М. Г. Лакша А.М. Шидловський М.С. Шпак Д.Ю. popup.nrat_date 2020-04-02 Close