Do not use chatgpt and pls don't provide image solution otherwise I will downvote you Design will be carried out as per provisions of TS 500|kbd=560km1300mmA₂+250 +wim#₁=120mmConcrete = C255420SteelIIIIFind the tension reinforcement, As for the above internal symmetrical T-beam. The designmoment M₁ = 332,0 KNm.

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Design will be carried out as per provisions of TS 500 1 kb = 1300mm d=560km +250 + Inf =120mm Concrete = C25 Steel 5420 ↑ Find the tension reinforcement, As for the above internal symmetrical T-beam. The des moment M₁ = 332,0 KNm.

Design will be carried out as per provisions of TS 500 1 kb = 1300mm d=560km +250 + Inf =120mm Concrete = C25 Steel 5420 ↑ Find the tension reinforcement, As for the above internal symmetrical T-beam. The des moment M₁ = 332,0 KNm.

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Concept explainers

Load on Structures

Civil engineers primarily deal with beams in their day-to-day applications. A beam is a structural member that resists shear loadings. There are various types of beams such as cantilever beam, simply supported beam, and over the hanging beam. All these beams have a different end and loading conditions.

Question

Do not use chatgpt and pls don't provide image solution otherwise I will downvote you

Design will be carried out as per provisions of TS 500
|
kb
d=560km
1300mm
A₂
+250 +
wim
#₁
=120mm
Concrete = C25
5420
Steel
IIII
Find the tension reinforcement, As for the above internal symmetrical T-beam. The design
moment M₁ = 332,0 KNm.

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Step 1: Given Data

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Step 2: Compressive force (Fcf)

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Step 3: Calculation of depth of stress block (a)

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Step 4: Calculation of Area of tension reinforcement (As)

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Step 5: Check for Area of tension reinforcement (As)

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