Search academic texts

Information × Registration Number 0225U004132, (0124U002686) , R & D reports Title Justification of mass, kinematic and dynamic characteristics of critical parameters of complex moving objects popup.stage_title Обґрунтування масових, кінематичних та динамічних характеристик критичних параметрів складних рухомих об’єктів Head Hordieiev Anatolii I., Доктор технічних наук Registration Date 13-11-2025 Organization Khmelnytskyi National University popup.description1 The purpose of work –is to develop a methodology for substantiating mass, kinematic and dynamic characteristics of critical parameters of complex moving objects using SOLIDWORKS popup.description2 The object of research is the design parameters of counterweights for static balancing in the design process and determining the critical tipping speeds of complex moving objects when moving along different trajectories. The purpose of the work is to develop a methodology for determining the mass and dynamic characteristics of complex moving objects using SolidWorks information technology to support and make decisions when designing and determining the kinematics of movement of complex technical systems, taking into account the spatial shape of the constituent objects and taking into account the variable parameters of the volumetric geometric configuration, which will increase the accuracy of calculations of movement parameters and reduce the terms of field studies. Research method - mathematical modeling of the kinematics and dynamics of movement of complex systems was carried out using SolidWorks information technology by mathematical modeling of the dynamic movement system and was performed on the basis of the principles of the theory of dynamics of vibrational oscillatory systems using computer technology. For the first time, a methodology for determining the mass and dynamic characteristics of complex moving objects in the process of their design, namely special machine tools for turning work, special boring bars for boring deep blind holes using SolidWorks, was proposed. Modeling the dynamics of many-mass complex moving objects in SolidWorks, as close as possible to their real configuration, which was used to predict and optimize motion parameters and determine motion characteristics, which ultimately increases the quality and accuracy of expert research, complex moving objects - vehicles. Product Description popup.authors Anatoliy I. Gordeev Kateryna S. Sokolan Eugene A. Urbanyuk Viktor O. Gorohovsky popup.nrat_date 2025-11-13 Close