2. A 12-m-long, 4.8-m-wide, and 4.2-m-deep rectangular pontoon has a draft of 2.8 m in seawater(sp. gr.1.03). Assuming the load is uniformly distributed on the bottom of the pontoon toa depth of 3.4 m, and the maximum design angle of list is 15°, determine the distance that thecenter of gravity can be moved from the center line toward the edge of the pontoon.

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A 12-m-long, 4.8-m-wide, and 4.2-m-deep rectangular pontoon has a draft of 2.8 m in seawater (sp. gr. a depth of 3.4 m, and the maximum design angle of list is 15°, determine the distance that the center of gravity can be moved from the center line toward the edge of the pontoon. 1.03). Assuming the load is uniformly distributed on the bottom of the pontoon to

A 12-m-long, 4.8-m-wide, and 4.2-m-deep rectangular pontoon has a draft of 2.8 m in seawater (sp. gr. a depth of 3.4 m, and the maximum design angle of list is 15°, determine the distance that the center of gravity can be moved from the center line toward the edge of the pontoon. 1.03). Assuming the load is uniformly distributed on the bottom of the pontoon to

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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Question

2. A 12-m-long, 4.8-m-wide, and 4.2-m-deep rectangular pontoon has a draft of 2.8 m in seawater
(sp. gr.
1.03). Assuming the load is uniformly distributed on the bottom of the pontoon to
a depth of 3.4 m, and the maximum design angle of list is 15°, determine the distance that the
center of gravity can be moved from the center line toward the edge of the pontoon.

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