Lec-11 Limit State of Collapse Shear

Course Lectures

• Lec-1 Introduction-I

  Prof. N. Dhang

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• Lec-2 Materials

  Prof. N. Dhang

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• Lec-3 Different Methods of Design of Reinforced Concrete Structures

  Prof. N. Dhang

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• Lec-4 Working Stress Method

  Prof. N. Dhang

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• Lec-5 Working Stress Method(Contd...)

  Prof. N. Dhang

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• Lec-6 Limit State of Collapse Flexure

  Prof. N. Dhang

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• Lec-7 Limit State of Collapse Flexure-II

  Prof. N. Dhang

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• Lec-8 Design of Doubly Reinforced Beam Flexure-I

  Prof. N. Dhang

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• Lec-9 Design of Doubly Reinforced Beam Flexure-II

  Prof. N. Dhang

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• Lec-10 Design of Doubly Reinforced Beam Flexure

  Prof. N. Dhang

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• Lec-11 Limit State of Collapse Shear

  Prof. N. Dhang

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• Lec-12 Design for Shear

  Prof. N. Dhang

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• Lec-13 Design for Shear Contd.

  Prof. N. Dhang

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• Lec-14 Design of Slabs Part-1

  Prof. N. Dhang

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• Lec-15 Design of Slabs Part-II

  Prof. N. Dhang

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• Lec-16 Design of Slabs Part-III

  Prof. N. Dhang

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• Lec-17 Design of Slabs Part-IV

  Prof. N. Dhang

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• Lec-18 Design of Slabs Part-V

  Prof. N. Dhang

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• Lec-19 Design of Columns Part-I

  Prof. N. Dhang

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• Lec-20 Design of Columns Part-II

  Prof. N. Dhang

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• Lec-21 Design of Columns Part-III

  Prof. N. Dhang

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• Lec-22 Design of Columns Part-IV

  Prof. N. Dhang

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• Lec-23 Design of Columns Part-V

  Prof. N. Dhang

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• Lec-24 Design of Footings Part-I

  Prof. N. Dhang

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• Lec-25 Design of Footings Part-II

  Prof. N. Dhang

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• Lec-26 Design of Staircases

  Prof. N. Dhang

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• Lec-27 Design for Torsion

  Prof. N. Dhang

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• Lec-28 Design for Torsion Part-II

  Prof. N. Dhang

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• Lec-29 Design of RC Slender Columns

  Prof. N. Dhang

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• Lec-30 Deflection of RC Beams

  Prof. N. Dhang

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