New Designs of Magnetic Fluid Seals for Reciprocating Motion
Polish Maritime Research, 2022 The operating conditions of magnetic fluid seals during reciprocating motion are so different from those observed in rotating motion that the use of their conventional structures for reciprocating motion seals yields no good results.
Matuszewski Leszek, Bela Piotr
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Development of a Model and Experimental Study of Thermal Processes in a Ferrofluid Sealer [PDF]
Problems of the Regional Energetics, 2023 The aim of the work is to create an interconnected numerical model of the magnetic, hydrody-namic and temperature fields of a ferrofluid sealer and to analyze thermal processes occurring in high-speed seals.
Nesterov S.A. , Baklanov V.D.
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Noncontact gravity compensator with magnetic fluid seals
Journal of Advanced Mechanical Design, Systems, and Manufacturing, 2016 In vertical positioning systems, the friction force and the gravity load cause significant error. In order to minimize the effect of friction and gravity load, this paper presents the noncontact gravity compensator applying magnetic fluid seals.
Noriyuki HASEGAWA +2 more
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Theoretical and computation modelling of polymer seal life [PDF]
, 1993 Elastomer seals are widely used in the petroleum industry. Seal failure can be very expensive, due to losses in production and high maintenance costs.
Ho, Tsz Hang Emily Ting
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Calculation of the Maximum Temperature of Diester-Based Magnetic Fluid Layers in High-Speed Seals
Nanomaterials, 2023 Magnetic fluids, as smart nanomaterials, have been successfully used in sealing applications and other fields. However, the temperature of magnetic fluids in the sealing gap is a key factor affecting sealing performances, limiting their application in ...
Yanhong Cheng +6 more
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Meniscus Shape and Splashing of Magnetic Fluid in Magnetic Fluid Seal.
TRANSACTIONS OF THE JAPAN SOCIETY OF MECHANICAL ENGINEERS Series C, 1996 Magnetic fluid splashing from a magnetic fluid seal due to high-speed rotation of the seal ring was experimentally investigated in relation to clearance and magnetic field strength around a gap to be sealed. Meniscus deformation, owing to fluid rotation, was accurately observed by a silhouette formed when the meniscus was illuminated with a bold laser ...
MITSUYA, Yasunaga +3 more
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Error Analysis in Numerical Simulation of the Static Pressure Capability of Magnetic Fluid Seals
Frontiers in Materials, 2022 Magnetic fluid is a typical type of functional fluid which can be magnetized and controlled by an external magnetic field. In magnetic fluid seals, magnetic fluid is attracted in sealing gaps by a magnetic field gradient to form non-contact sealing ...
Zhenghao Li, Decai Li
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Research on Dynamic Seal Friction Torque Compensation for a Low-Slow-Small UAV Tracking System
IEEE Access, 2023 To ensure reliable and accurate operation in a complex field environment for Low-Slow-Small unmanned aerial vehicle (LSS-UAV) tracking systems, a dynamic seal shafting structure consisting of a labyrinthine structure and a magnetic fluid seal ring is ...
Zhuqiu Gai, Jinsong Wang
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Thermal analysis of a miniature magnetic fluid seal installed in an implantable rotary pump [PDF]
, 2022 The capacity of a magnetic fluid (MF) seal is decreased by increased MF temperature. A cooling system for MF is limited in a miniature MF seal installed in an implantable rotary pump.
Yano, Tetsuya +5 more
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Study on Magnetic Field and Free Boundary of Magnetic Fluid Seal
, 2010 Magnetic fluid was invested in 20thcn 60s, and nowadays, it is used as an effective way for mechanical seal. This paper follows the seal requirements of stirred reactor rotating axis, analyzes the applicability for its seal condition.
Fang Yu Chen, Yu Guang Fan, Bing Chen
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