INCREASE IN THE RESOURCE OF RACK AND PINION SYSTEMS FOR MINE BOTTOM ROADS
Journal Title: Сборник научных трудов международной конференции «Современные инновационные технологии подготовки инженерных кадров для горной промышленности и транспорта». - Year 2018, Vol 5, Issue 1
Abstract
In work results of the analysis of designs mine are presented the floor roads is dear also re-quirements to them and also the analysis of features of their operation is carried out and the directions of improvement of technological effectiveness of production of rack and pinion systems are presented.
Authors and Affiliations
L. V. Lukienko
ACTUAL DESIGN SOLUTIONS AND VISUALIZATION OF INFORMATION IN THE EDUCATIONAL PROCESS AND SCIENTIFIC ACTIVITIES
The results of the use of modern information and communication technologies in the educational process at university are analyzed. The results of using actual design solu‐ tions, information visualization and animation t...
VISUALIZATION OF A BULK HYDRAULIC FACILITY DEFORMATIONS BY LONG-TERM GEODETIC MONITORING RESULTS
The article discusses the experience of processing and interpreting the data of a long-term geodetic monitoring of a bulk hydraulic facility. The monitoring was conducted at a mining enterprise in the Murmansk region.
INFORMATION AND COMMUNICATION TECHNOLOGIES IN EDUCATION
he possibility of improving the quality of the educational process through the introduction of data communication technologies in teaching practices of the university is considered. The results of implement modern electr...
ПРОЦЕДУРА ВЫБОРА ПАРАМЕТРОВ СИНУС-ФИЛЬТРА ПРИ ПОВЫШЕННОЙ ЧАСТОТЕ НАПРЯЖЕНИЯ
В работе предложена и поэтапно рассмотрена процедура выбора параметров синус-фильтра для случая повышенной (400 … 1000 Гц) частоты напряжения. Обсуждены вопросы ограничений и специфических требований, оказывающих влияние...
FRACTURE HETEROGENEOUS ENVIRONMENTS UNDER IMPULSIVE LOADS
In this paper, a theoretical study of forecasting the amount of fragments and their various characteristics of the body exposed to quickly stress state outside the strength of the material.