Provide schematic diagram and solutions. A plane-inclined pad thrust bearing is 160mm wide and 40mm long in the direction ofsliding. The sliding velocity is 6m/s and the bearing is supported so that the inlet filmthickness is always three times the outlet film thickness. A load 18kN is carried by thebearing and Tellus 37 oil is supplied at an inlet temperature of 40°C. Assuming that 80%of the heat generated in the bearing is carried away by the oil, describe the operatingcharacteristics of the bearing (Pm, Q, F, t). Density is 875 kg/m³ and specific heat is c,= 1.880 J/g-K.Table 5.1 Variation of dimensionless coefficients p..Q. W and Ffor a wide hydrodynamic thrust bearing with film thickness ratio h, /h,1.251.51.752.02.18892.252.52.753.03.253.53.754.0K0.250.50.751.01.18891.251.51.752.02.252.52.753.00.13330.20000.23380.25000.25550.25640.25710.25450.25000.24430.23810.2316 0.22500.55560.60000.63640.66670.68040.69230.71430.73330.75000.76470.77780.78950.80000.08840.13120.15110.15890.16020.16010.15770.1533 0.14790.14200.13600.13000.12420.90360.84370.8028 0.7726 0.7542 0.7488 0.7292 0.7122 0.69720.68360.67110.6594 0.6494

Answered: Image /qna-images/answer/ed64925e-3663-41cd-b1cb-30fbc3e9885d.jpg

sliding. The sliding velocity is 6m/s and the bearing is s thickness is always three times the outlet film thickness bearing and Tellus 37 oil is supplied at an inlet tempera of the heat generated in the bearing is carried away by characteristics of the bearing (Pm, Q, F, t). Density is = 1.880 J/g-K. m

sliding. The sliding velocity is 6m/s and the bearing is s thickness is always three times the outlet film thickness bearing and Tellus 37 oil is supplied at an inlet tempera of the heat generated in the bearing is carried away by characteristics of the bearing (Pm, Q, F, t). Density is = 1.880 J/g-K. m

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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