the A light weight Parachute has a diameter of 7m and total wt. including Pay load is 1020N. The design terminal selling velocity of the Parachute is 5.5 m/see. A 1 in 12 -scale model of the Parachute is tested in wind tunnel with the same air in which the Parachute is moving, taking. Mair = 1.802 × 10³ 1) Calculate the Drag coefficient of the Parachute. ii) At what speed the wind tunnel be run ii) Aerodynamite drag on the model? , Pair = 1-225 kg/m³. okanter.com dynamic similarity.

the A light weight Parachute has a diameter of 7m and total wt. including Pay load is 1020N. The design terminal selling velocity of the Parachute is 5.5 m/see. A 1 in 12 -scale model of the Parachute is tested in wind tunnel with the same air in which the Parachute is moving, taking. Mair = 1.802 × 10³ 1) Calculate the Drag coefficient of the Parachute. ii) At what speed the wind tunnel be run ii) Aerodynamite drag on the model? , Pair = 1-225 kg/m³. okanter.com dynamic similarity.

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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the
Qi A light weight Parachute has a diameter of Im and total ust. including Pay load
is 1020N. The design terminal settling velocity of the Parachute is 5.5m/see. A 1 in 12
• Scale model of the Parachute is tested in wind tunnel with the same air in which
• the Parachute is moving, taking, Mair = 1-802×103
"1) Calculate the Drag coefficient of the Parachute
ii) At what speed the wind tunnel be run
ii) Aerodynamite drag
on the model?
okonter.com
Pair = 1-225 kg/m³.
dynamic similarity.

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