Equipment. Technologies. Materials

Volume 5, Issue 1 (January 2021)

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Published: Monday, 25 January 2021 22:09

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• Sabir Babaev, Ibrahim Habibov, Zohra Abiyeva

• EVOLUTION OF THE QUALITY OF HIGH-PRESSURE VALVES DURING THE PERIOD OF THEIR INTENSIVE DEVELOPMENT

• Mustafa Babanli, Yusif Tanriverdiyev

• RESEARCH OF Al AND Mg MATRİX HYBRİD LAMİNATED COMPOSİTE MATERİALS

• Elman Aliyev

• NATIONAL ECONOMIC SIGNIFICANCE UNDER THE CONDITIONS OF THE ECONOMY OF KNOWLEDGE OF CASTING PRODUCTION AND THE KEY DIRECTIONS OF ITS DEVELOPMENT

• Alasgar Gulgazli, Ali Hikmat Ahmadov

• CYCLIC TORSION WITH INTERNAL PRESSURE OF PRE-STRETCHED THINWALLED CYLINDERS

• Famil Hamidov

• DETERMINATION OF THE RELATIONSHIP BETWEEN THE WEAR RATE OF GRINDING BALLS IN THE SAG MILL MILL AND THE PARAMETERS THAT CONTROL THE PROCESS

• Fikret Yusubov

• MODELING THE HARDNESS AND POROSITY OF BRAKE PAD MATERIALS

• Rabia Najafkulieva

• COMPARATIVE EVALUATION OF RESISTANCE OF HEATING EXCHANGE APPARATUS FOR NEW CONSTRUCTIONS FOR GAS COMPRESSOR STATIONS

• Nazim Ibrahimov

• DYNAMICS OF IMPACT OF ABRASIVES ON GEARS ON TEETH

• Ibrahim Gabibov, Gulnaz Rzayeva, Javidan Veliev

• INCREMENTEL OF RELIABILITY OF OIL PUMPS’S HYDRAULIC SECTIONS

• Naila Gasanova, Vafa Pashayeva

• INFLUENCE OF HOLDING TIME WITHOUT PRESSURE IN THE MANUFACTURE OF PLASTIC DETAILS OPERATING IN OIL FIELD EQUIPMENT

• Heybet Eldarzade, Aghali Quliyev, Aynur Sherifova, Rafiqa Shahmarova, Tamilla Xankishiyeva

• RESEARCH OF THE TECHNOLOGY OF OPENING HOLES IN COMPACT AND POWDER MATERIALS

• Natig Seyidakhmedov

• STUDY OF DESIGN FEATURES AND MAIN CAUSES OF VALVE FAILURES IN RECIPROCATING COMPRESSORS

• Zenfira Huseynli, Elkhan Nazarov

• THE STUDY OF PHYSICAL AND MECHANICAL PROPERTIES OF PACKERS' CUFFS

• Zenfira Huseynli, Miralam Karimov

• THE STUDY OF THE WEAR RESISTANCE OF THE PLATE NODES IN FRICTION DURING THE PACKER ASSEMBLY

• Alesker Aliyev, Aydan Qasimova

• PERSPECTIVES OF CYCLOID TRANSMISSION

• Sevda Aliyeva, Mahmud Ismayilov

• RESEARCH OF THE WAVE FACTOR INFLUENCING HYDRAULIC STRUCTURES

PERSPECTIVES OF CYCLOID TRANSMISSION

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Published: Monday, 25 January 2021 18:37

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Volume 5 (1), January 2021, Pages 72-80

¹Alesker Aliyev, ²Aydan Qasimova

¹Azerbaijan State of Oil and Industry University, Doctor of technical Sciences. Professor. (Azerbaijan).

²Azerbaijan State Oil and Industry University, Master. (Azerbaijan).

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 Аbstract

In modern mechanical engineering, transmissions with the use of an involute tooth profile are widespread. However, one of the main disadvantages of these transmissions is that they exposure to wear. In this study, research on the cycloid profile is conducted as an alternative option. Cycloid profiles are one of the profiles applied to the teeth in order to transmit motion. Although cycloid profiles are mainly used in instrumentation, satellites are made of cycloid profile in planetary gears. Cycloid profile teeth are less exposed to wear during operation. Practically, the shape of cycloidal teeth does not allow them to break, so there is no bending deformation in the teeth. In planetary gear transmission, the satellites are usually made of a cycloid profile. Cycloid profile teeth are exposed to less wear. Currently, planetary gear reducers are widely used mainly in the oil industry, drilling equipments, in the lifting mechanisms, gearboxes, on chain conveyors, rotary tables, in robotics, manufacturing, mechanical and chemical engineering fields and so on. The increased load capacity of the cycloid pinion gears is due to the multi-pair contact surface and it has a superior adhesion profile than the involute profile. The loading schemes of cycloidal and evolvent profile teeth shows that the normal force in contact Fn and its dangerous section on the tooth of the cycloidal profile is much less than in the case when the tooth has an involute profile. This is due to the fact that with cycloid profile transmission the number of teeth simultaneously transmitting the load is significantly greater than when implementing the same transmission with involute teeth. Cycloid profile gear reducers can be considered as a modern solution to current requirements such as high efficiency, smooth and quiet work, ability to accept shortterm maximum loads, small overall size, minimum technical requirements etc. The simulation of the real load conditions and interference generated during the rotation of the shaft was developed in Solidworks in order to determine the contact stresses and the contact areas resulting from these stresses of the teeth of the gear and satellites of cycloid profile planetary gear reducers. This simulation determines the values of the teeth involved in the contact, the interference of those teeth, the contact areas and the contact stresses generated in these areas, depending on the angle of rotation of the shaft. The profile of the proposed teeth allows to achieve the minimum size with the maximum transmission ratio.

Keywords: cycloid profile, cycloid transmission, planetary reducer, interference, simulation, contact area.

RESEARCH OF THE WAVE FACTOR INFLUENCING HYDRAULIC STRUCTURES

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Published: Monday, 25 January 2021 18:41

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Volume 5 (1), January 2021, Pages 81-88

¹Sevda Aliyeva, ²Mahmud Ismayilov

¹Azerbaijan State of Oil and Industry University, PhD of Technical Sciences. Associate professor. (Azerbaijan).

²Azerbaijan State Oil and Industry University, Master. (Azerbaijan).

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 Аbstract

It is known that a large block of deep-sea foundations consists of a truss sheathed with wood, a metal beam system, floating structures and four pyramidal metal blocks with a truss structure. The design characteristics of the foundations of oil platforms depend on the conditions under which the vertical interaction, along with the calculation of permanent and temporary loads, is accompanied by the specific gravity of drilling equipment and rigs or horizontal wind pressure, as well as the influence of horizontal wave loads on the foundation blocks. Horizontal waves and wind loads can be constant and variable in different conditions, therefore the effect of each of these loads on the device must be considered separately. To determine the wave pressure acting on the support blocks of stationary offshore installations, SN-92-60 was used under the editorship of the team of authors under the leadership of Doctor of Technical Sciences, Professor N.N.Tsunkov.

Keywords: hydraulic structures, wave factor, wave pressure, wave profile, pressure diagrams, 3D model.

THE STUDY OF THE WEAR RESISTANCE OF THE PLATE NODES IN FRICTION DURING THE PACKER ASSEMBLY

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Published: Monday, 25 January 2021 18:34

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Volume 5 (1), January 2021, Pages 68-71

¹Zenfira Huseynli, ²Miralam Karimov

¹Azerbaijan State of Oil and Industry University, PhD in Technical Sciences. Associate professor. (Azerbaijan)

²Azerbaijan State Oil and Industry University, Master. (Azerbaijan)

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 Аbstract

The article provides information on the research carried out to eliminate this problem due to the friction of the plates with integral sealing nodes during the mounting of packers used in the drilling, operation and technological processes of oil and gas wells. The problem of the packers losing their ability to work without friction during the installation of the packer is that the packer is removed from the well prematurely and replaced with new ones, which leads to both loss of time and material and technical losses.

Keywords: plate, worn out, mounting, cohesion, packer.