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Reinforced Concrete after Cracking: State of Service, Ultimate Limit State, Ductility Failure Mechanism of Hyperstatic Structures Book

Reinforced Concrete after Cracking: State of Service, Ultimate Limit State, Ductility Failure Mechanism of Hyperstatic Structures
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Reinforced Concrete after Cracking: State of Service, Ultimate Limit State, Ductility Failure Mechanism of Hyperstatic Structures, This text argues that cognisance of cracking in the elements of a reinforced concrete structure leads to a better appreciation of their deformations - in particular, of the displacements of multistorey frames subjected to horizontal forces., Reinforced Concrete after Cracking: State of Service, Ultimate Limit State, Ductility Failure Mechanism of Hyperstatic Structures
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  • Reinforced Concrete after Cracking: State of Service, Ultimate Limit State, Ductility Failure Mechanism of Hyperstatic Structures
  • Written by author Albert Fuentes, M. M. Oberai
  • Published by Taylor & Francis, Inc., 1/1/1995
  • This text argues that cognisance of cracking in the elements of a reinforced concrete structure leads to a better appreciation of their deformations - in particular, of the displacements of multistorey frames subjected to horizontal forces.
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Book Categories

Authors

Preface
Ch. I Flexure 1
A Introduction 1
B Calculation of Deformations in Service State 6
C Cracking 23
D Redistribution of Stress Resultants in Determinate Structures up to the Ultimate Limit State 26
E Method of Ultimate Equilibrium 38
Ch. II Shear Force 77
A State of Service 77
B Tests on Determinate Beams Subjected to Shear Forces up to Failure 103
C Strength of Slab and Beam-slab Combination 110
D Codal Recommendations 115
Ch. III Deep Beams 120
Ch. IV Short Brackets 131


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Reinforced Concrete after Cracking: State of Service, Ultimate Limit State, Ductility Failure Mechanism of Hyperstatic Structures, This text argues that cognisance of cracking in the elements of a reinforced concrete structure leads to a better appreciation of their deformations - in particular, of the displacements of multistorey frames subjected to horizontal forces., Reinforced Concrete after Cracking: State of Service, Ultimate Limit State, Ductility Failure Mechanism of Hyperstatic Structures

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Reinforced Concrete after Cracking: State of Service, Ultimate Limit State, Ductility Failure Mechanism of Hyperstatic Structures, This text argues that cognisance of cracking in the elements of a reinforced concrete structure leads to a better appreciation of their deformations - in particular, of the displacements of multistorey frames subjected to horizontal forces., Reinforced Concrete after Cracking: State of Service, Ultimate Limit State, Ductility Failure Mechanism of Hyperstatic Structures

Reinforced Concrete after Cracking: State of Service, Ultimate Limit State, Ductility Failure Mechanism of Hyperstatic Structures

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Reinforced Concrete after Cracking: State of Service, Ultimate Limit State, Ductility Failure Mechanism of Hyperstatic Structures, This text argues that cognisance of cracking in the elements of a reinforced concrete structure leads to a better appreciation of their deformations - in particular, of the displacements of multistorey frames subjected to horizontal forces., Reinforced Concrete after Cracking: State of Service, Ultimate Limit State, Ductility Failure Mechanism of Hyperstatic Structures

Reinforced Concrete after Cracking: State of Service, Ultimate Limit State, Ductility Failure Mechanism of Hyperstatic Structures

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