SIMULATING WORKING PROCESSES OF SINGLE-BUCKET LOADERS USING AUTODESK INVENTOR
Journal Title: Вестник Харьковского национального автомобильно-дорожного университета - Year 2016, Vol 73, Issue
Abstract
The results of simulating the working processes of single-bucket loaders using Autodesk In-ventor are given. This method of computer modeling offers the possibility of investigating complex systems and mechanisms in cases when direct physical experiment is impossible.
Authors and Affiliations
A. Yefimenko, Z. Musaiev
TRENDS AND OUTLOOKS OF USING ІNFORMATION AND COMMUNICATION TECHNOLOGIES IN TEACHING FOREIGN LANGUAGES
The article deals with both general issues of using multimedia technologies in linguistic education and separate cases concerning precise results of scientific research. Special attention is paid to strong and weak point...
FEATURES OF LASER BORATING OF PISTON RINGS
Piston rings in the process of operation are subject to wear. Non-sufficient wear resistance of piston ring materials often limits the growth of productivity of machines and the timing of their operation. Use of laser he...
[b]АДЕКВАТНОСТЬ УПРОЩЕННЫХ МОДЕЛЕЙ ВЫСОКОСКОРОСТНОГО ДЕФОРМИРОВАНИЯ ЦИЛИНДРИЧЕСКИХ ОБОЛОЧЕК [/b]
Проведен сравнительный анализ упрощенных математических моделей высокоскоростного упруго-пластического деформирования цилиндрических оболочек, основанный на сравнении с экспериментальными данными. Показано, что нестацион...
EVALUATION IN THE MATHCAD ENVIRONMENT BY THE METHOD OF THE KALMANA FILTER OF PISTON ENGINES THERMAL STATE PARAMETERS
The problem of the optimal in the root mean square sense vektor filtration of the stochastic dynamic system state according to observations which depend on current and previous values of the state vector when anomalous...
IMPROVING PROCESSES OF MONITORING VEHICLES USING TELEMATICS SYSTEMS
The existing telematics systems for monitoring vehicles made in different countries of the world, in terms of their suitability for operational control and remote monitoring of the technical state are considered.