3. A rectangular barge with the following characteristics is floating at even keel in seawater. L = 150 ft B = 35 ft D = 17 ft Displacement = 1,500 long tons KG = 9.0 ft %3D (a) Determine the transverse and longitudinal metacentric heights of this barge after loading 200 tons on deck, the center of gravity of the added weight being at amidships and 3 feet above the deck. 200 bon shifted 10 ft forword and 5 ft to port

Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
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3. A rectangular barge with the following characteristics is floating at even
keel in seawater.
Displacement = 1,500 long tons
KG = 9.0 ft
%3D
L = 150 ft
B = 35 ft
D = 17 ft
(a) Determine the transverse and longitudinal metacentric heights of
this barge after loading 200 tons on deck, the center of gravity of
the added weight being at amidships and 3 feet above the deck.
(b) If the 200-ton weight is then shifted 10 ft forward and 5 ft to port,
determine the resulting drafts forward and aft and the angle of heel.
Transcribed Image Text:3. A rectangular barge with the following characteristics is floating at even keel in seawater. Displacement = 1,500 long tons KG = 9.0 ft %3D L = 150 ft B = 35 ft D = 17 ft (a) Determine the transverse and longitudinal metacentric heights of this barge after loading 200 tons on deck, the center of gravity of the added weight being at amidships and 3 feet above the deck. (b) If the 200-ton weight is then shifted 10 ft forward and 5 ft to port, determine the resulting drafts forward and aft and the angle of heel.
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