A cantilever is to be constructed from a 40 mm x 60 mm T-section beam with a uniform thickness of 5 mm. The cantilever is to carry a u.d.1. over its complete length of 1m. Determine the maximum u.d.1. that the cantilever can carry if yielding is permitted over the lower part of the web to a depth of 10 mm. бy = 225 MN/m2.

Structural Analysis
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Author:KASSIMALI, Aslam.
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Chapter2: Loads On Structures
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A cantilever is to be constructed from a 40 mm x 60 mm T-section beam with a uniform thickness of 5 mm. The cantilever is to carry a u.d.1. over its complete length of 1m. Determine the maximum u.d.1. that the cantilever can carry if yielding is permitted over the lower part of the web to a depth of 10 mm. бy = 225 MN/m2.

4. A cantilever is to be constructed from a 40 mm X 60 mm T-section beam with a uniform
thickness of 5 mm. The cantilever is to carry a u.d.1. over its complete length of Im.
Determine the maximum u.d.1. that the cantilever can carry if yielding is permitted over
the lower part of the web to a depth of 10 mm. 6y = 225 MN/m2.
%3!
Transcribed Image Text:4. A cantilever is to be constructed from a 40 mm X 60 mm T-section beam with a uniform thickness of 5 mm. The cantilever is to carry a u.d.1. over its complete length of Im. Determine the maximum u.d.1. that the cantilever can carry if yielding is permitted over the lower part of the web to a depth of 10 mm. 6y = 225 MN/m2. %3!
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