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Information × Registration Number 0216U002019, 0111U004413 , R & D reports Title Explore biomechanical laws of energy-efficient manufacturing processes and technical means of keeping of cattle popup.stage_title Head Andrey Pariev, Registration Date 16-01-2016 Organization Zaporіzky Scientific and Research Сenter for Animal Husbandry Mechanization of National Scientific Center "Institute for Agricultural Engineering and Electrification" popup.description2 The purpose of study - to develop the formation methodology for technical and technological approaches to the cattle maintenance based on biomechanical patterns of the technological animals functionality. The object of study - dynamic biomechanical system "animal -maintenance facilities." Research methods: Biomechanics (system analysis and synthesis), cybernetic movement modeling (system-driven mathematical and electronic models); theoretical mechanics (vector calculus and differential geometry); mathematical analysis. General contour-pivotal age-productive livestock model that provides the animal body spatial geometric parameters in time from the moment of birth to 5 years was developed. Contour-pivotal models of the mutually mobile animal body parts that allows building of the joint-pivotal and polygonal models of the animal body movements based on their functionality in the technological environment were created. The general methodology and the computer calculation program for kinematic, dynamic and energy characteristics of the joint-pivotal zoological and morphological mechanism for animals of every age up to 5 years were developed using the vector calculation system and experimental video data analysis of the articular animal body movements by the basic life activity processes. There was developed the experimental model of automated mobility analysis system and diagnostic system for determining the physiological animal condition, particularly its productive potential, and limb disease, based on the mobility evaluation by "Kinect" camera sensor and 3D modeling tools "Autodesk 3DS Max", etc. Research results will be used to develop energy-efficient processes and milk production technical tools for reducing energy and resources costs and increasing the animals' productivity. Product Description popup.authors Алієв Ельчин Бахтіяр огли Бєлка Олена Владиславівна Дробишев Ігор Олександрович Дробишев Олег Олександрович Коротченко Тетяна Миколаївна Луц Сергій Михайлович Парієв Андрій Олександрович Тісліченко Олександр Сергійович popup.nrat_date 2020-04-02 Close