solve it with this following procedures:givenrequiredsolution 1. A circular step hydrostatic thrust bearing with outside diameter of 16 in. is tobe designed to carry a load of 107 700 Ibf. The recommended film thickness basedon the surface finish is h = 0.003 in. and the lubricant viscosity is u = 7.85x106reyns. Note that for optimum stiffness r/r, = 0.53. Take density of the fluid as 880kg/m³ and c, = 1.88 J/g-Ka) What recess size would you recommend?b) Determine the corresponding pressure and flow rates.c) Determine the pumping power requirement, assuming that pumping efficiencyis 80%.d) Determine the temperature difference between the leakage oil and reservoir.e) Determine the bearing stiffness.

As per the guidelines, I can solve only first three subparts at this moment. For rest parts, repost…

1. A circular step hydrostatic thrust bearing with outside diameter of 16 in. is to be designed to carry a load of 107 700 Ibf. The recommended film thickness based on the surface finish is h = 0.003 in. and the lubricant viscosity is u = 7.85x106 reyns. Note that for optimum stiffness r/ro = 0.53. Take density of the fluid as 880 kg/m² and cp = 1.88 J/g-K a) What recess size would you recommend? bl Determnine the corresponding pressure and flow rates

1. A circular step hydrostatic thrust bearing with outside diameter of 16 in. is to be designed to carry a load of 107 700 Ibf. The recommended film thickness based on the surface finish is h = 0.003 in. and the lubricant viscosity is u = 7.85x106 reyns. Note that for optimum stiffness r/ro = 0.53. Take density of the fluid as 880 kg/m² and cp = 1.88 J/g-K a) What recess size would you recommend? bl Determnine the corresponding pressure and flow rates

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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