New Mathematical Models for Coefficients of Hydrodynamic Resistance to Rotation and Friction of Sliding Bearings of Ship Propulsion System for non Newtonian Lubricants

The boundary value problem for the Reynolds differential equations for the lubricating layer in the sliding bearings of ship power plants and auxiliary ship equipment is solved by the boundary variation method. As a result, analytical representations for hydrodynamic pressure, shear stresses, and in...

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Główni autorzy:	Olexandr Kryvyi, Mykhaylo Miyusov, Mark Kryvyi
Format:	Artigo
Język:	Inglês
Wydane:	Gdynia Maritime University 2025-09-01
Seria:	TransNav
Hasła przedmiotowe:	sliding bearings of ship propulsion system non-newtonian lubricants hydrodynamic friction modelling rotational resistance coefficients boundary value problem – reynolds equation viscosity gradient regression-based analytical models service life prediction accuracy
Dostęp online:	https://www.transnav.eu/files/New_Mathematical_Models_for_Coefficients_of_Hydrodynamic_Resistance_to_Rotation_and_Friction_of_Sliding_Bearings_of_Ship_Propulsion_System_for_non_Newtonian_Lubricants,1588.pdf
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