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Joined August 2020
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The wooden T-beam shown in Fig. 11-9a
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Euler's theory, applicable to long columns, provides a formula for calculating the buckling load. In contrast, Rankine's theory offers a more comprehensive approach for all column types, considering both buckling and crushing stresses.
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Stair design
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RCC beam detail
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Structural behaviour of cantilever beams
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Anchoring the bars in tension, compression and shear
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RCC Footing Detail
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Typical modes of failure for beams and columns
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SLAB REINFORCEMENT
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Reinforced concrete columns
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Golden Gate Bridge under construction 1933
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The image illustrates the principles of reinforced and prestressed concrete. It shows how a plain concrete beam bends and cracks under heavy load, and how embedding steel rods enhances its strength.
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Which one is stronger???
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A 50-kg block moves between vertical guides as shown. The block is pulled 40 mm down from its equilibrium position and released. For each spring arrangement, determine the period of the vibration, the maximum velocity of the block, and the maximum acceleration of the block.
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Which Column Is Stronger????
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Stair design idea
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The beam below is supported at A(pin) and B (roller). Two concentrated loads act as shown. Determine the support reactions at A (Ax and Ay) and B (By)
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BENDING MOMENT
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Rupture due to flexural failure
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