̲ͲÑÒÅÐÑÒÂÎ ÎѲÒÈ ² ÍÀÓÊÈ ÓÊÐÀ¯ÍÈ
MINISTRY OF EDUCATION AND SCIENCE OF UKRAINE
Êðåìåí÷óöüêèé íàö³îíàëüíèé óí³âåðñèòåò ³ìåí³ Ìèõàéëà Îñòðîãðàäñüêîãî
Kremenchuk Mykhailo Ostrohradskyi National University
²ÑÍÈÊ ÊÐÅÌÅÍ×ÓÖÜÊÎÃÎ ÍÀÖ²ÎÍÀËÜÍÎÃÎ ÓͲÂÅÐÑÈÒÅÒÓ ²ÌÅͲ ÌÈÕÀÉËÀ ÎÑÒÐÎÃÐÀÄÑÜÊÎÃÎ
TRANSACTIONS OF KREMENCHUK MYKHAILO OSTROHRADSKYI NATIONAL UNIVERSITY
³ñíèê Êðåìåí÷óöüêîãî íàö³îíàëüíîãî óí³âåðñèòåòó ³ìåí³ Ìèõàéëà Îñòðîãðàäñüêîãî. –
Êðåìåí÷óê: ÊðÍÓ, 2018. – Âèïóñê 4(111) – 151 ñ.
TRANSACTIONS ÎF KREMENCHUK MYKHAILO OSTROHRADSKYI NATIONAL UNIVERSITY. –
KREMENCHUK: KRNU, 2018. – ISSUE 4(111) – 151 P.
ISSN 1995–0519
e-ISSN 2072–8263
Åëåêòðîìåõàí³÷í³ ñèñòåìè òà àâòîìàòèçàö³ÿ. Åëåêòðè÷í³ ìàøèíè ³ àïàðàòè. Åíåðãåòèêà
|
ÏÐÎÅÊÒÈÐÎÂÀÍÈÅ ÝËÅÊÒÐÎÌÀÃÍÈÒÍÛÕ ÑÈÑÒÅÌ ØÊÈÂÍÛÕ ÑÅÏÀÐÀÒÎÐÎÂ. ×ÀÑÒÜ 4. ÏÐÎÅÊÒÈÐÎÂÀÍÈÅ ÝËÅÊÒÐÎÌÀÃÍÈÒÍÛÕ ØÊÈÂÎÂ Ñ ÐÀÖÈÎÍÀËÜÍÛÌÈ ÏÀÐÀÌÅÒÐÀÌÈ (ÌÅÒÎÄÈÊÀ)
Ì. Â. Çàãèðíÿê, À. Ï. Îêñàíè÷, Â. Ï. Ëÿøåíêî, È. À. Ëóöåíêî
|
9 |
ÏÐÎÁËÅÌÈ ÅËÅÊÒÐÎÌÀÃͲÒÍί ÑÓ̲ÑÍÎÑÒ²  ÇÀÄÀ×ÀÕ ÍÀIJÉÍÎÑÒ² ÒÀ ÅÔÅÊÒÈÂÍÎÑÒ² ÅËÅÊÒÐÎÏÎÑÒÀ×ÀÍÍß Ç ÓÐÀÕÓÂÀÍÍßÌ ÒÅÍÄÅÍÖ²É ÊÎÍÖÅÏÖ²¯ SMART GRID
Þ. À. Ïàïà¿êà, Ì. Â. Ðîãîçà, Î. Ã. Ëèñåíêî, Ñ. Ì. ßêèìåöü
|
16 |
|
Åíåðãî- òà ðåñóðñîçáåð³ãàþ÷³ òåõíîëî㳿
|
ÏÐÈÌÅÍÅÍÈÅ ÀÂÒÎÌÀÒÈÇÈÐÎÂÀÍÍÛÕ ÑÈÑÒÅÌ ÊÎÌÌÅÐ×ÅÑÊÎÃÎ Ó×ÅÒÀ ÝËÅÊÒÐÎÝÍÅÐÃÈÈ ÄËß ÐÅØÅÍÈß ÇÀÄÀ× ÈÄÅÍÒÈÔÈÊÀÖÈÈ È ÎÖÅÍÊÈ ÈÑÒÎ×ÍÈÊΠÃÀÐÌÎÍÈ×ÅÑÊÈÕ ÈÑÊÀÆÅÍÈÉ
Ä. Â. Ôèëÿíèí
|
23 |
²íôîðìàö³éí³ ñèñòåìè ³ òåõíîëî㳿. Ìàòåìàòè÷íå ìîäåëþâàííÿ
|
²ÍÒÅÐÎÏÅÐÀÁÅËÜͲÑÒÜ ÊÎÌÏÎÍÅÍҲ ÀÂÒÎÌÀÒÈÇÎÂÀÍÈÕ ²ÍÔÎÐÌÀÖ²ÉÍÈÕ ÑÈÑÒÅÌ ÌÅÄÈ×ÍÈÕ ÄÅÐÆÀÂÍÈÕ ÇÀÊËÀIJÂ
Ò. Î. Íàç³ðîâà, Î. Á. Êîñòåíêî
|
29 |
ÌÎÄÅËÞÂÀÍÍß ÏÅÐÅÕ²ÄÍÈÕ ÏÐÎÖÅѲ ÃÀÇÎÄÈÍÀ̲×ÍÎÃÎ ÏÎÒÎÊÓ
Ó ÊÎÌÏÐÅÑÎв À²ÀÖ²ÉÍÎÃÎ ÄÂÈÃÓÍÀ ÒÂ3-117
Þ. Ì. Øìåëüîâ, Ñ. ². Âëàäîâ, Î. Ô. Êðèøàí, Ñ. Ä. Ãâîçä³ê
|
36 |
ÌÅÒÎÄ ÏÎÄÀÍÍß ÇÍÀÍÜ ÏÐÎ ÎÖ²ÍÊÓ ÐÈÇÈÊÓ ÂÈÍÈÊÍÅÍÍß ÒÅÕÍÎÃÅÍÍÈÕ ÀÂÀвÉ
Â. Â. Çàâãîðîäí³é, Ã.À. Çàâãîðîäíÿ
|
43 |
ÐÀÇÐÀÁÎÒÊÀ ÌÀÒÅÌÀÒÈ×ÅÑÊÎÉ ÌÎÄÅËÈ ÊÎÍÒÀÊÒÀ ÌÅÒÀËË-ÏÎÐÈÑÒÛÉ ÀÐÑÅÍÈÄ ÃÀËËÈß Ñ ÁÀÐÜÅÐÎÌ ØÎÒÒÊÈ
À. Ï. Îêñàíè÷, Ñ. Å. Ïðèò÷èí, Ì. Ã. Êîãäàñü, À. Ã. Õîëîä
|
49 |
Ñó÷àñí³ òåõíîëî㳿 â ìàøèíîáóäóâàíí³, òðàíñïîðò³ òà ã³ðíèöòâ³
|
ÇÍÈÆÅÍÍß ÕÂÈËßÑÒÎÑÒ² ÒÀ ØÎÐÑÒÊÎÑÒ² ÊÐÀÉÊÈ ÇÀÃÎÒÎÂÊÈ Â²Ä Ä²¯
ØÂÈÄÊÎÏËÈÍÍÎÃÎ ÑÒÐÓÌÅÍß Ó Ã²ÄÐÎвÇÍÈÕ ÑÈÑÒÅÌÀÕ ²Ç ÐÓÕÎÌÎÞ ÇÀÃÎÒÎÂÊÎÞ
Ñ. Â. Êîâàëåíêî, Ñ. Ï. Ìåëüíè÷óê, Â. Ì. Îðåë, Î. Ô. Ñàëåíêî, Â. Ò. Ùåòèíèí
|
56 |
ÐÀÇÐÀÁÎÒÊÀ ÏËÎÑÊÎÑÒÍÎÃÎ ÃËÓÁÈÍÍÎÃÎ ÓÏËÎÒÍÈÒÅËß ÁÅÒÎÍÍÛÕ ÑÌÅÑÅÉ
Æàíàð Áàòñàéõàí
|
69 |
ÐÎÇÐÎÁÊÀ ÒÅÕÍÎËÎò¯ ÎÒÐÈÌÀÍÍß ÏÎÄÎÂÆÅÍÈÕ ÇÀÐßIJÂ
ÄËß ÂÈÄÎÁÓÂÀÍÍß ÁËÎÊÎÂÎÃÎ ÊÀÌÅÍÞ
Ð. Â. Çàêóñèëî, À. Ì. Ðîìàí÷åíêî, Ä. Ð. Çàêóñèëî
|
75 |
ÇÁÅÐÅÆÅÍÍß ßÊÑÍÈÕ ÕÀÐÀÊÒÅÐÈÑÒÈÊ ÊÀÐÒÎÏ˲  ϲÑËßÇÁÈÐÀËÜÍÈÉ ÏÅвÎÄ ØËßÕÎÌ ÓÄÎÑÊÎÍÀËÅÍÍß ÏÐÎÖÅÑÓ ÒÐÀÍÑÏÎÐÒÓÂÀÍÍß ² ÑÓÏÓÒÍ²Õ ÎÏÅÐÀÖ²É
Â. Ã. Çàãîðÿíñüêèé, Ò. Â. Ãàéêîâà, Â. Ë. Õîðîëüñüêèé, ². Î. Êóçºâ
|
81 |
ÂÈÇÍÀ×ÅÍÍß ÐÀÖ²ÎÍÀËÜÍÈÕ ÓÌΠòÄÐÎÀÁÐÀÇÈÂÍÎÃΠвÇÀÍÍß ÒÎÂÑÒÈÕ ÊÀÐÁÎÍ-ÊÀÐÁÎÍÎÂÈÕ ÏËÀÑÒÈÍ ÍÀ ÎÑÍβ ÌÎÄÅËÞÂÀÍÍß ÄÂÎÔÀÇÍÎÃÎ ÏÎÒÎÊÓ Ð²ÄÈÍÈ
ª. ª. Ëàøêî
|
87 |
ÐÀÇÐÀÁÎÒÊÀ ÑÒÐÓÊÒÓÐÍÎÃÎ ÑÎÑÒÀÂÀ ÏÎËÈÌÅÐÍÎÃÎ ÁÅÒÎÍÀ
À. Ã. Ìàñëîâ, Ä. Â. Ñàâåëîâ
|
94 |
Åêîëîã³÷íà áåçïåêà
|
ÌÎÄÅÐͲÇÀÖ²ß ÎÁËÀÄÍÀÍÍß ÄËß ÄÐÎÁËÅÍÍß ÒÂÅÐÄÈÕ Â²ÄÕÎIJÂ
². Â. Áîíäàðåíêî
|
100 |
ÅÊÎËÎò×ÍÅ ÏÐÎÃÍÎÇÓÂÀÍÍß ÑÒÀÍÓ ÐÎÇÂÈÒÊÓ ÒÅÕÍÎÃÅÍÍÎ-Ç̲ÍÅÍί ÃÈÐËÎÂί IJËßÍÊÈ Ð²×ÊÈ ²ÐϲÍÜ
ß. ². Ïèñàíêî
|
109 |
ÀÍÀË²Ç ÐÈÇÈʲ ² ÌÅÍÅÄÆÌÅÍÒ ÂÎÄÍÈÕ ÅÊÎÑÈÑÒÅÌ
À.Î. Äè÷êî, ².Ñ. ªðå캺â
|
115 |
|
|
|
Áóõãàëòåðñüêèé îáë³ê, ô³íàíñè òà ãðîøîâèé îá³ã
|
ÐÎÇÏÎÄ²Ë ÄÅÐÆÇÀÌÎÂËÅÍÍß ßÊ ²ÍÑÒÐÓÌÅÍÒ Ô²ÍÀÍÑÎÂί ÏÎ˲ÒÈÊÈ Ó ÑÔÅв ÂÈÙί ÎѲÒÈ
Ä. Ì. Çàã³ðíÿê
|
122 |
ÀËÃÎÐÈÒÌ ²ÍÔÎÐÌÀÖ²ÉÍÎ-ÀÍÀ˲ÒÈ×Íί ϲÄÒÐÈÌÊÈ
ÎÖ²ÍÊÈ ÂÈÐÎÁÍÈ×ÈÕ ÐÈÇÈʲ ÍÀ ÎÑÍβ ÌÅÒÎÄÓ ÅËÌÅв
ß. Á. Ñòîðîæ
|
130 |
|
|
|
|
|
|
|
|
|
|
|
|
|
|
Electromechanical systems and automation. Electric machines and devices. Power engineering
|
DESIGNING ELECTROMAGNETIC SYSTEMS FOR PULLEY SEPARATORS. PART 4. DESIGNING ELECTROMAGNETIC PULLEYS
WITH RATIONAL PARAMETERS (METHODOLOGY)
M. Zagirnyak, A. Oksanich, V. Lyashenko, I. Lutsenko
|
9 |
|
PROBLEMS OF ELECTROMAGNETIC COMPATIBILITY IN PROBLEMS OF RELIABILITY AND EFFICIENCY OF ELECTRICAL SUPPLY TAKING INTO ACCOUNT THE TRENDS OF THE SMART GRID CONCEPT
Yu. Papaika, M. Rogoza, A. Lysenko, S. Yakimets
|
16 |
|
|
Energy- and resource-saving technologies
|
IDENTIFICATION AND ASSESSMENT SOURCES OF HARMONIC DISTORTION
D. Filyanin
|
23 |
|
Information systems and technologies. Mathematical modeling
|
INTEROPERABILITY OF COMPONENTS OF AUTOMATED INFORMATION
SYSTEMS OF MEDICAL STATE INSTITUTIONS
T. Nazirova, O. Kostenko
|
29 |
|
SIMULATION OF TRANSIENTS OF GAS-DYNAMIC FLOW IN COMPRESSOR
OF AVIATION ENGINE TV3-117
Yu. Shmelov, S. Vladov, A. Kryshan, S. Gvozdik
|
36 |
|
METHOD OF REPRESENTATION OF KNOWLEDGE ABOUT
THE ASSESSMENT OF RISK OF TECHNOGENIC ACCIDENTS INCIPIENCY
V. Zavgorodnii, A. Zavgorodnya
|
43 |
|
DEVELOPMENT OF A MATHEMATICAL MODEL OF A CONTACT METAL-POROUS GALLIUM ARSENIDE WITH A SCHOTTKY BARRIER.
À. Oksanich, S. Pritchin, Ì. Kogdas, O. Holod
|
49 |
|
Advanced technologies in machine construction, transport and mining industries
|
REDUCTION OF WAVE AND ROUGHNESS OF THE EDGE PREPARATIONS
FROM THE ACTIVITY OF THE SPEED JET IN HYDROREASIS SYSTEMS
WITH MOBILE PREPARATION
S. Kovalenko, S. Melnichuk, V. Îrel, A. Salenko, V. Shchetinin
|
56 |
|
THE DEVELOPMENT OF PLANAR DEEP-SEAL READY MIX CONCRETE
Janar Batsaikhan
|
69 |
|
DEVELOPMENT OF ELONGATE CHARGES TECHNOLOGY FOR BLOCK STONE PRODUCTION
R. Zakusylo, A. Romanchenko, D. Zakusylo
|
75 |
|
PRESERVATION OF THE QUALITY CHARACTERISTICS OF POTATOES IN THE POST-HARVEST PERIOD BY IMPROVING TRANSPORT CONDITIONS AND ASSOCIATED OPERATIONS
V. Zagoryanskii, T. Haykova, V. Khorol’skii, I. Kuzev
|
81 |
|
DETERMINATION OF RATIONAL CONDITIONS OF ABRASIVE WATERJET CUTTING OF THICK CARBON-CARBON PLATES BASED ON THE MODELING OF A TWO-PHASE FLOW OF LIQUID
E. Lashko
|
87 |
|
DEVELOPMENT OF STRUCTURAL COMPOSITION OF POLYMER CONCRETE
A. Maslov, D. Savielov
|
94 |
|
Environmental safety
|
MODERNIZATION OF SOLID WASTE CRUSHING EQUIPMENT
². Bondarenko
|
100 |
|
ENVIRONMENTAL FORECASTING OF THE DEVELOPMENT
OF TECHNOGENICALLY TRANSFORMED MOUTH OF THE IRPIN RIVER
Ya. Pysanko
|
109 |
|
RISKS ANALISYS AND MANAGEMENT OF WATER ECOSYSTEMS
A. Dychko, I. Yeremeev
|
115 |
|
|
|
|
Financial accounting and money turnover
|
DISTRIBUTION OF PUBLIC PROCUREMENT AS AN INSTRUMENT OF FINANCIAL POLICY IN HIGHER EDUCATION
D. Zagirniak
|
122 |
|
ALGORITHM OF INFORMATIVE AND ANALYTICAL SUPPORT
OF PRODUCTION RISKS ASSESSMENT ON THE BASIS OF THE ELMERY METHOD
Y. Storozh
|
130 |
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|