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Shear strength of lightweight prestressed concrete beams

Frank Ayers Williamson

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Abstract

V-shear due to external loading V -shear carried by concrete c V -shear at diagonal cracking ci V -shearing stress at the time diagonal cracking of the cw flexurally uncracked web occurs V -shear at the time diagonal cracking of the flexurally cw uncracked web occurs V-, -shear due to dead loads d IX V -vertical component of prestressing force at the section considered V -shear due to specified ultimate load u ^ y -distance from centroidal axis to extreme fiber in tension during loading 4) -capacity reduction factor X CHAPTER I

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V-shear due to external loading V -shear carried by concrete c V -shear at diagonal cracking ci V -shearing stress at the time diagonal cracking of the cw flexurally uncracked web occurs V -shear at the time diagonal cracking of the flexurally cw uncracked web occurs V-, -shear due to dead loads d IX V -vertical component of prestressing force at the section considered V -shear due to specified ultimate load u ^ y -distance from centroidal axis to extreme fiber in tension during loading 4) -capacity reduction factor X CHAPTER I

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Available abstract

V-shear due to external loading V -shear carried by concrete c V -shear at diagonal cracking ci V -shearing stress at the time diagonal cracking of the cw flexurally uncracked web occurs V -shear at the time diagonal cracking of the flexurally cw uncracked web occurs V-, -shear due to dead loads d IX V -vertical component of prestressing force at the section considered V -shear due to specified ultimate load u ^ y -distance from centroidal axis to extreme fiber in tension during loading 4) -capacity reduction factor X CHAPTER I

Key concepts: Structural engineering, Prestressed concrete, Shear (geology), Shear strength (soil), Materials science, Geotechnical engineering, Engineering, Composite material

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