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Front matter
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_
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Preface
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2
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Miscellaneous
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3
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Table of Contents
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6
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Rubric: Theme 1: Structural concrete
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13
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Article: Why structural concrete?
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15
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Article: An engineering model for structural concrete
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27
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Rubric: Theme 2: Consistent models for design, analysis and detailing
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37
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Rubric: Sub-Theme 2.1: Performance requirements
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39
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Article: Performance requirements for structural concrete
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39
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Article: Cracking and deformation in structural concrete
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49
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Article: Creep, relaxation and shrinkage of structural concrete
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59
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Rubric: Time dependent effects
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77
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Article: Creep effects on structural concrete
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77
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Article: Time-dependent behaviour of prestressed concrete structures
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83
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Article: Deformations of T-shaped beams under sustained loads
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89
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Article: Long-term strains of compression elements in tall buildings
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95
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Rubric: Cracking
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101
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Article: Imposed deformation and cracking
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101
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Article: Control of crack width in deep reinforced concrete beams
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111
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Article: Influence of temperature on the cracking in reinforced concrete
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117
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Article: Cracking analysis of concrete structures
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123
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Article: Watertight concrete structures
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129
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Rubric: Bond and tension stiffening effect
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135
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Article: Effects of residual strength of cracked concrete on bond
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135
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Article: Local bond between reinforcing steel and concrete
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141
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Article: Tension stiffening in reinforced concrete elements
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147
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Article: Influence of tension stiffening on behaviour of structures
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153
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Rubric: Fatigue
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159
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Article: Fatigue strength of structural concrete girders
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159
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Rubric: Sub-theme 2.2: Modelling
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165
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Article: Constitutive laws
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165
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Article: The need for consistent and translucent models
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169
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Article: Modelling philosophy for structural concrete
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185
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Article: Role of experiments in a consistent dimensioning concept
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195
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Rubric: Consistent treatment of prestress
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205
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Article: Partial prestressing with and without bonding in bridge decks
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205
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Article: Simple design method for partially prestressed concrete structures
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211
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Article: Some remarks on the analytical treatment of prestressing
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217
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Article: Partially prestressed highway bridges
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223
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Article: Recommendations on reinforcement in flexural and compression members
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229
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Rubric: Structural problems and structures
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235
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Article: Strut-and-tie modelling of structural concrete
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235
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Article: Design of the support regions of concrete box girders
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241
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Article: Practical experience with modelling of structural concrete members
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247
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Rubric: Sub-theme 2.3: Analysis
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253
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Article: Analysis of structural concrete systems
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253
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Article: Concrete columns
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271
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Rubric: Structural problems and structures
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281
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Article: Performance assessment of cap-column joints under seismic loading
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281
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Article: Finite element modelling for analysis of highly skewed bridges
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287
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Article: Behaviour of prestressed concrete bridges considering construction stages
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293
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Article: Lateral load behaviour of large panel precast buildings
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299
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Article: Urban interchanges on elevated structures
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305
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Rubric: Finite element modelling and computer aided design
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311
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Article: Computer models of concrete structures
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311
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Article: Analyses based on the modified compression field theory
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321
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Article: Computational bond models: three levels of accuracy
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327
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Article: Safety considerations for nonlinear analysis
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337
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Article: Plane elements analysed via a simple microplane model
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343
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Article: Evaluation of the safety of a cracked concrete cooling tower
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349
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Article: Remarks on failure of a reinforced concrete cooling tower
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355
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Article: Cracking analysis of a prestressed concrete containment structure
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361
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Article: Serviceability analysis of reinforced concrete slabs
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367
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Article: Computer-aided automatic construction of strut-and-tie models
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373
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Article: Design and analysis with strut-and-tie models: computer-aided methods
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379
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Article: Nonlinear behaviour of deep beams
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385
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Rubric: Sub-theme 2.4: Dimensioning and detailing
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391
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Article: Dimensioning and detailing
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391
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Article: Dimensioning and detailing
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411
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Article: Ductility of structural concrete
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445
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Rubric: B-regions with transverse reinforcement
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457
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Article: A consistent shear design model
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457
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Article: Strut-tie approach in higher strength concrete members
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463
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Article: Design approaches for shear reinforcement in concrete beams
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469
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Article: Modelling the transverse reinforcement in reinforced concrete structures
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475
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Article: Modelling of members with transverse reinforcement
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481
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Article: Deformation and bending-shear-torque failure
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489
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Rubric: Plate elements under combined actions
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495
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Article: Combined loading effects in concrete box girders
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495
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Article: Reinforced concrete plates under biaxial bending moments
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501
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Article: Computer programme for consistent design of surface structures
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507
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Article: A consistent shear design model for concrete offshore structures
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513
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Article: Offshore structural concrete
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519
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Rubric: D-regions and nodes
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525
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Article: Experimental studies of nodes in strut-and-tie models
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525
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Article: Design of disturbed regions
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533
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Article: Strut-crack-and-tie model in structural concrete
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539
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Article: Models and tests of anchorage zones of post-tensioning tendons
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545
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Article: Dimensioning of the nodes and development of reinforcement
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551
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Article: Current design methods for frame connections
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557
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Article: Evaluation of the rotation capacity of "D" regions
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565
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Article: Ductility of structural concrete
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571
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Article: Conclusions from tests on corbels
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577
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Article: Dimensioning of the cable-stayed Helgeland bridge
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583
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Rubric: Sub-Theme 2.5: Reliance upon concrete tensile strength
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589
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Article: Reliance upon concrete tensile strength
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589
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Article: Basic concept for using concrete tensile strength
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605
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Article: Strain softening under bi-axial tension and compression
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623
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Rubric: Members without transverse reinforcement
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637
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Article: Systematic fracture mechanics study of shear failure in beams under distributed load
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637
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Article: Model for structural concrete members without transverse reinforcement
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643
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Article: Full-scale shear tests on two bridges
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649
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Article: Stirrups or fibers
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655
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Article: Detailing for shear with the compressive force path concept
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661
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Article: Shear in structural concrete: a reappraisal of current concepts
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667
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Article: Shear strength of beams at very low temperatures
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673
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Article: Shear strength of beams without shear reinforcement
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679
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Article: Precast reinforced concrete planks as structural members
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685
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Article: Design and detailing of cellular concrete structures
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691
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Article: Cracking and shear capacity of prestressed hollow core slabs
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697
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Rubric: Punching of slabs
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703
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Article: Behaviour of beams and punching in slabs without shear reinforcement
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703
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Article: Bond model for punching strength of slab-column connections
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709
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Article: Design of slab-column frames
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715
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Article: Behaviour of waffle flat slabs under horizontal load
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719
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Rubric: Direct use of concrete tensile strength
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725
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Article: Sustained tensile strength of concrete
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725
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Article: Use of the tensile strength in anchorage to concrete
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731
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Article: Numerical analysis of anchoring effects in structures
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737
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Article: Load carrying mechanism of anchor bolt
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743
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Article: Pull-out test of anchor bolts embedded in concrete
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749
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Article: Stresses and strains in a model ring under internal radial pressure
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755
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Article: Transverse tension decisive for compressive resistance of concrete cover
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761
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Article: Dimensioning of elements with built up steel corbel at the end
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767
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Article: Tensile strength concrete: prodigal son or primary source?
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773
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Rubric: Joints
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779
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Article: Design of vertical joints in precast reinforced concrete shear walls
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779
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Article: Influence of contact surface problems on design practice
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785
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Article: Reliance on tensile strength for cast-in-situ wall-to-wall joints
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791
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Rubric: Theme 3: Implementation in codes of practice
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797
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Article: Impact of codes in practice
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799
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Article: A conceptual codification of codes
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807
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Article: Detailing of reinforced concrete structures
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819
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Article: New design concepts and codes of practice
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825
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Rubric: Theme 4: Impact on future structures
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831
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Article: Consistent design and new systems for concrete bridges
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833
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Article: Comparison between cast-in-situ and precast segmental construction
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841
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Article: Impact of rational approaches on design practice
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853
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Index: IABSE reports
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863
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