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MMLU-Pro / 12020 / On a pipe, heat transfer is accomplished through a straight fin extending into…

Problem

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question

On a pipe, heat transfer is accomplished through a straight fin extending into an air stream. The fin may be idealized as a flat square plate with a 5.1 cm side. The flow is measured at 12.2m/s, and is at a temperature and pressure of 15.6°C and 1atmabs., respectively. If the plate surface temperature is 82.2°C, calculate the heat transfer coefficient assuming (a) laminar flow, and (b) a rough leading edge, making the adjacent boundary layer completely turbulent.

category

engineering

options

  1. 60.67 W/m -°K for laminar flow, 77.18 W/m^2-°K for turbulent flow
  2. 70.67 W/m -°K for laminar flow, 65.18 W/m^2-°K for turbulent flow
  3. 50.67 W/m -°K for laminar flow, 85.18 W/m^2-°K for turbulent flow
  4. 45.67 W/m -°K for laminar flow, 90.18 W/m^2-°K for turbulent flow

src

stemez-HeatTransfer

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