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Following are the details pertaining to thrust bearing : i) External and internal diameter of contacting surfaces - 320 mm and 200 mm resp. ii) Axial load- 80 kN iii) Pr. Intensity- 350 kN/m iv) Shaft speed - 400 rpm v) Coefficient of friction - 0.06 Calculate power lost in overcoming friction.

Following are the details pertaining to thrust bearing : i) External and internal diameter of contacting surfaces - 320 mm and 200 mm resp. ii) Axial load- 80 kN iii) Pr. Intensity- 350 kN/m iv) Shaft speed - 400 rpm v) Coefficient of friction - 0.06 Calculate power lost in overcoming friction.

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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Following are the details pertaining to thrust bearing : i) External and internal diameter of contacting surfaces - 320 mm and 200 mm resp. ii) Axial load-80 kN iii) Pr. Intensity- 350 kN/m2 iv) Shaft speed - 400 rpm v) Coefficient of friction - 0.06 Calculate power lost in overcoming friction.
Transcribed Image Text:Following are the details pertaining to thrust bearing : i) External and internal diameter of contacting surfaces - 320 mm and 200 mm resp. ii) Axial load-80 kN iii) Pr. Intensity- 350 kN/m2 iv) Shaft speed - 400 rpm v) Coefficient of friction - 0.06 Calculate power lost in overcoming friction.
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