Problem 5 (15%). An enclosed water tank is fitted with a semi-spherical observation win- dow. The observation window is situated h = 6 m below the water surface, and it is fixed to the side of the tank with four high strength steel bolts. Given that each bolt can sustain a maximum tensile force of 500 kN, is the observation window properly secured? Please clearly illustrate your free-body diagram. side view front view h = 6 m bolt bolt r = 3 m observation observation window window
Problem 5 (15%). An enclosed water tank is fitted with a semi-spherical observation win- dow. The observation window is situated h = 6 m below the water surface, and it is fixed to the side of the tank with four high strength steel bolts. Given that each bolt can sustain a maximum tensile force of 500 kN, is the observation window properly secured? Please clearly illustrate your free-body diagram. side view front view h = 6 m bolt bolt r = 3 m observation observation window window
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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An enclosed water tank is fitted with a semi-spherical observation window. The observation window is situated h = 6 m below the water surface, and it is fixed to the side of the tank with four high strength steel bolts. Given that each bolt can sustain a maximum tensile force of 500 kN, is the observation window properly secured?
Please clearly illustrate your free-body diagram.

Transcribed Image Text:Problem 5 (15%). An enclosed water tank is fitted with a semi-spherical observation win-
dow. The observation window is situated h = 6 m below the water surface, and it is fixed
to the side of the tank with four high strength steel bolts. Given that each bolt can sustain
a maximum tensile force of 500 kN, is the observation window properly secured? Please
clearly illustrate your free-body diagram.
side view
front view
h = 6 m
bolt
bolt
r = 3 m
observation
observation
window
window
Figure 2: An enclosed water tank is fitted with a semi-spherical observation window.
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