Q3. A sphere is tested for drag resistance in a the wind tunnel. A pressure tapping at the stagnation point is attached to an inclined air/kerosene manometer, with the other end of the manometer attached to a static pressure tapping on the side of the tunnel. pair=1.2kg/m³. The kerosene has density pk. и Pair PK Write answers (symbolic and numerical) immediately below each part and show your key working steps on the next page. a) Neglecting the air density, write a symbolic expression for the stagnation pressure, pst, in terms of Pk, g, y and 9. Find the wind velocity in the tunnel when (pk, y, 0)-(780kg/m³, 0.04m, 30°).

Q3. A sphere is tested for drag resistance in a the wind tunnel. A pressure tapping at the stagnation point is attached to an inclined air/kerosene manometer, with the other end of the manometer attached to a static pressure tapping on the side of the tunnel. pair=1.2kg/m³. The kerosene has density pk. и Pair PK Write answers (symbolic and numerical) immediately below each part and show your key working steps on the next page. a) Neglecting the air density, write a symbolic expression for the stagnation pressure, pst, in terms of Pk, g, y and 9. Find the wind velocity in the tunnel when (pk, y, 0)-(780kg/m³, 0.04m, 30°).

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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