Tailor Made Concrete Structures: New Solutions for our Society (Abstracts Book 314 pages + CD-ROM full papers 1196 pages)

Table of Contents......Page 6
Preface......Page 20
Sponsors......Page 22
Keynote Lectures......Page 24
Concrete bridges: New demands and solutions......Page 26
How The Netherlands survive, a world wide example......Page 28
The World Champions Soccer in South Africa in 2010......Page 30
Dam safety in China and the life span evaluation of old concrete dams......Page 32
The Rijksmuseum in Amsterdam......Page 38
Prefab, the AmericanWay......Page 40
The European Standard for Prefabrication......Page 42
Fibres in Concrete, Research, Rules, Practice......Page 44
Public Private Partnership, tool or trend......Page 46
The construction project of the Sagrada Família......Page 48
Assessment of corrosion in reinforced concrete beams......Page 58
Corrosion of reinforcement bars is not anymore inevitability......Page 59
New aspects in durability bridge design......Page 60
Carbon dioxide as a stimulus for life cycle thinking in cement and carbon neutral concrete building......Page 61
Service life design of concrete structures by numerical modelling of chloride ingress......Page 62
Influence of curing on the pore structure of concrete......Page 63
Life cycle management of infrastructures: Integration of disciplines as key success-factor......Page 64
Residual service-life of concrete façade structures with reinforcement in carbonated concrete in Nordic climate......Page 65
The role of Controlled Permeability Formwork in life cycle design......Page 66
Designed performance sustainable concrete......Page 67
Tailor-made concrete structures – Case studies from projects worldwide......Page 68
Rebuilding Le Corbusier’s World Exhibition Pavilion; The Poème Electronique in Brussels, 1958......Page 69
Why historic concrete buildings need holistic surveys......Page 70
Design strategies for the future......Page 72
Expansion joints with low noise emission......Page 74
Overview of PCI\'S research and development program......Page 75
Research on volume change movement and forces in precast concrete buildings......Page 76
The PCI headed stud anchorage research program: Scope and highlights of findings......Page 77
Development of a seismic design methodology for precast concrete floor diaphragms......Page 78
Development of a rational design methodology for precast L-shaped spandrel beams......Page 79
Underground structures......Page 80
Real opportunities for ultra high strength concrete in tunneling......Page 82
North/South Line Amsterdam, underground station CS on Station Island – Complex building techniques on an artificial island......Page 83
Tunnels of improved seismic behaviour......Page 84
Behaviour of \'segmental/meter panels\' for basements and subways......Page 85
The New Rijksmuseum – The art of going underground......Page 86
Corrosion monitoring for underground and submerged concrete structures – examples and interpretation issues......Page 87
Designing cast-in-situ FRC tunnel linings......Page 88
Concrete tunnel segments with combined traditional and fiber reinforcement......Page 89
Fire resistance of concrete tunnel linings......Page 90
Monitoring and inspection......Page 92
Segmental bridge behavior during bridge testing......Page 94
Monitoring the 352 meter long Monaco floating pier......Page 95
Cambers of prestressed precast bridge girders, prediction vs. reality......Page 96
Monitoring of electrically isolated post-tensioning tendons......Page 97
Remote monitoring: Cost-effective and self-sufficient......Page 98
Monitoring of Moscow Covered Center load-carrying structures......Page 99
Diagnosis......Page 100
Performance predictions of bridge structures based on damage pattern detection and extreme value methods......Page 102
Diagnosis of the state of concrete structures after fire......Page 103
Chlorides ingress as an environmental load on Krk bridge......Page 104
TBM\'s backfill mortars – Overview – Introduction to Rheological Index......Page 105
Structural behavior with reinforcement corrosion......Page 106
Filling inspection technology of grout in Japan......Page 107
Load capacity assessment of \"Antonio Dovali Jaime\" bridge using static and dynamic tests......Page 108
Safety appraisal of an existing bridge via detailed modelling......Page 109
Cause and repair of detrimentally cracked beam in reinforced concrete bridge pier......Page 110
Innovative materials......Page 112
Design of two reactive powder concrete bridges......Page 114
Fire resisting concrete......Page 115
Innovative ultra-high performance concrete structures......Page 116
Strengthening of Huisne bridge using Ultra-High-Performance Fibre-Reinforced Concrete......Page 117
Pont du Diable footbridge, France......Page 118
Shear carrying capacity of Ultra-High Performance Concrete beams......Page 119
High performance materials – Advances in composite constructions......Page 120
Textile Reinforced Concrete – Realization in applications......Page 121
Subsequent sealing of buildings made of textile reinforced concrete......Page 122
Optimized High-Performance Concrete in Grouted Connections......Page 123
Tailored superplasticisers for tailor made concrete structures......Page 124
Jointless prestressed concrete viaduct using ECC......Page 125
Pumping of Self Compacting Concrete: An insight into a daily application......Page 126
Replacement of shear reinforcement by steel fibres in pretensioned concrete beams......Page 127
Properties and applications of DUCON A micro-reinforced ultra-high-performance concrete\n......Page 128
Deformation behavior of reinforced UHPFRC elements in tension......Page 129
Structural performance of pretensioned member with Ultra High Strength Fiber Reinforced Concrete......Page 130
Measuring the packing density to lower the cement content in concrete......Page 131
Development of a bacteria-based self healing concrete......Page 132
Use of polypropylene fibres to reduce explosive spalling in concretes exposed to fire......Page 133
Steel fibre only reinforced concrete in free suspended elevated slabs: Case studies, design assisted by testing route, comparison to the latest SFRC standard documents......Page 134
Evaluation of the bond strength behavior between steel bars and High Strength Fiber Reinforced Self-Compacting Concrete at early ages......Page 135
Research on the cracking control and pumpability of HPC in S-C segment of Sutong Bridge......Page 136
Development strategies for foamed cement paste......Page 137
Expanding the application range of RC-columns by the use of UHPC......Page 138
Quality concrete surfaces mean a longer life asset......Page 139
Textile Reinforced Concrete (TRC) for precast Stay-in-Place formwork elements......Page 140
Bridges utilizing high strength concrete......Page 141
Codes for the future......Page 142
Modelling of shear-fracture of fibre-reinforced concrete......Page 144
The American P2P initiative......Page 145
Dispersion of the mechanical properties of FRC investigated by different bending tests......Page 146
BA-Cortex: Learning tools for EC2......Page 147
Shear resistance of bridge decks without shear reinforcement......Page 148
Transverse flexural and torsional strength of Prestressed Precast Hollow-Core Slabs......Page 149
Influence of bond-slip on the behaviour of reinforced concrete beam to column joints......Page 150
Improvement in the plastic rotation evaluation by means of fracture mechanics concepts......Page 151
Reliability-based code calibration and features affecting probabilistic performance of concrete bridge......Page 152
Codes for SFRC structures – A Swedish proposal......Page 153
Shear strength in one- and two-way slabs according to the Critical Shear Crack Theory......Page 154
Strut-and-tie modelling of short span beams......Page 155
Modelling of shrinkage induced curvature of cracked concrete beams......Page 156
Investigation of cracks surface roughness and shear transfer strength of cracked HSC......Page 157
Problems on Harmonization of Ukraine and EU Normative Bases in the Area of Concrete Structures......Page 158
Developing non linear analysis methods for codes of practice......Page 159
Safety with prestrained elastic restraints......Page 160
Concrete stress blocks of MC 90 and EC2. How safe are they?......Page 161
Shear design of FRC members with little or no conventional shear reinforcement......Page 162
A new future-oriented Model Code for concrete structures......Page 163
A model for SFRC beams without shear reinforcement......Page 164
Modifying and adapting structures......Page 166
Seismic response assessment and upgrading of a complex of seven RC buildings using FRPs......Page 168
First full scale application of a structure strengthened with organic prestressing – A case study......Page 169
Eliminating bridge piers using stay cables with unconventional layouts......Page 170
The widening of Los Santos bridge. A case study of a tailor-made structure......Page 171
Strengthening and design of shear beams......Page 172
Assessment of remaining structural capacity by computer simulation......Page 173
Experimental tests on repaired and retrofitted bridge piers......Page 174
Enhanced safety with post-installed punching shear reinforcement......Page 175
Strengthening of prestressed viaducts by means of a reinforced concrete overlay......Page 176
Advanced numerical design for economical cathodic protection for concrete structures......Page 177
Architectural concrete......Page 178
Precast facades elements for the new Museum of Acropolis in Athens......Page 180
Thin post-tensioned concrete shell structures......Page 181
Infra-lightweight concrete......Page 182
Challenging concrete structure with a blend of architectural fair faced concrete......Page 183
Bond behaviour between GFR bars and infra-lightweight concrete......Page 184
Design and construction of open deck bridge......Page 185
New Amsterdam Public Library (Openbare Bibliotheek Amsterdam)......Page 186
Concrete in the optimal network arch......Page 187
The new Lisbon indoor sports complex......Page 188
New Vodafone building in Oporto – A white concrete jagged shell......Page 189
Innovative footbridges used as urban furniture for our cities for the future......Page 190
Fabric formwork for flexible, architectural concrete......Page 191
Developing a modern infrastructure......Page 192
Offshore foundation in concrete – Cost reduction by serial production......Page 194
Design and construction of an immersed concrete tunnel using an integrated dock facility......Page 195
Bridges over Timbabé river: High performance concrete in the middle of the jungle......Page 196
Precast segmental design and construction in China......Page 197
The use of robots and self-compacting concrete for unique concrete structures......Page 198
Behavior of a multiple spans cable-stayed bridge......Page 199
Development of a new viaduct structure to achieve a high-amenity under-viaduct space......Page 200
Study on structural behavior characteristics of concrete filled steel tube girder bridges......Page 201
Immersed parking facilities......Page 202
Slipforming of advanced concrete structures......Page 203
Tagus Crossing at Carregado (Portugal): A project respectful of its sensitive environment......Page 204
High Rise Buildings. The challenge of a new field of possibilities for the use of structural concrete......Page 205
Direct load transmission in sandwich slabs with lightweight concrete core......Page 206
The Metrolink Finback Bridge, Manchester......Page 207
Total precast solution for large stadium projects meet tight schedule......Page 208
HPFRC plates for ground anchors......Page 209
Designing structures against extreme loads......Page 210
Outer concrete containments of LNG-tanks – Design against thermal shock......Page 212
Economic aspects in design of enhanced earthquake resistant r/c buildings......Page 213
Seismic response of bridges on pile foundations considering soil-structure interaction......Page 214
Fastening technique in seismic areas: A critical review......Page 215
MRI validation of FEM models to describe moisture induced spalling of concrete......Page 216
Experience and tests of the fire-resistant plaster coating in bored tunnels......Page 217
The merits of concrete structures for oil and gas fields in hostile marine environments......Page 218
MPU Heavy Lifter – A lightweight concrete vessel for heavy offshore lifting operations......Page 219
Detail design of the MPU Heavy Lifter......Page 220
Computer modeling and effective stiffness of concrete wall buildings......Page 221
Inelastic seismic response and damage analysis of a tall bridge pier......Page 222
Experimental investigation on the seismic behaviour of connections in precast structures......Page 223
Design approach for diaphragm action of roof decks in precast concrete building under earthquake......Page 224
Increasing the speed of construction......Page 226
Just in time mixture proportioning......Page 228
Dubai metro challenge for a fast track construction......Page 229
Balanced lift method – A new bridge construction method......Page 230
Fast track construction of 9.5 km long elevated expressway by largescale, prefabrication of superstructure......Page 231
An alternative tunnelling approach to accelerate urban underground excavation under water......Page 232
Life cycle design......Page 234
The influence of high slag dosages in cement on frost and de-icing salt resistance of concrete......Page 236
Case study: LCC analysis for Krk Bridge......Page 237
Effect of GGBS additive on chloride ion binding of cements......Page 238
Design strategies for the future......Page 240
Optimised Concrete Quality Control......Page 242
Full-scale test on a pile supported floor slab – steel fibre concrete only or in a combination with steel......Page 243
Monitoring and inspection......Page 244
Damage assessment of fiber reinforced cement matrix under cyclic compressive load using acoustic emission technique......Page 246
Online-monitoring of concrete structures: Cost-effectiveness and application......Page 247
Diagnosis......Page 248
Systematic condition investigation of concrete structures......Page 250
Seismic response of corroded r.c. structures......Page 251
Non destructive tests for existing R.C. structures assessment......Page 252
Innovative materials......Page 254
The research on early age thermal cracking control of C50 HPC in main tower of Sutong Bridge......Page 256
Rock-fill concrete, a new type of concrete......Page 257
Structural concept, static and dynamic properties of RPC-BSS with high durability......Page 258
By-product materials in the production of next generation SCC......Page 259
Low strength self compacting concrete for building application......Page 260
Confirmation tests of integration of UFC forms left in place......Page 261
Optimizing ready mix concrete for specific environmental conditions......Page 262
Tailor made bridge design with Ultra-High-Performance Concretes......Page 263
Development of Self-Consolidating Concrete in Hawaii using basalt aggregates......Page 264
Improved self-compacting concrete mixes for precast concrete industry......Page 265
UHPFRC prestressed beams as an alternative to composite steel-concrete decks: The example of Pinel Bridge (France)......Page 266
Ultra High Performance Concrete: Mix design and practical applications......Page 267
Shear strength of reinforced concrete beams with recycled aggregates......Page 268
Codes for the future......Page 270
Comparing EC2, ACI, and CSA shear provisions to test results......Page 272
Review of European standards and guidelines for grouts for pre-stressed structures......Page 273
Biaxial tensile strength of concrete – Answers from statistics......Page 274
Measurements of the transmission length of pre-tensioned strands......Page 275
A hybrid RC-encased steel joist system......Page 276
Strengthening of reinforced concrete roof girder with unbonded tendons cracking due to the exploitation......Page 277
Development of field data for effective implementation of the mechanistic empirical pavement design procedure......Page 278
The effect of wire drawing lubricant residues on the bond characteristics of prestressing strand......Page 279
Wind loading parameters – Measurements vs. Croatian standard......Page 280
Post-tensioned slab on ground......Page 281
Architectural concrete......Page 282
NSP Arnhem Central Transfer hall......Page 284
Developing a modern infrastructure......Page 286
Design of two curve cable stayed bridges with overlapping decks supported by a single \"X\" shape tower......Page 288
Cable-stayed bridge over the Labe at Nymburk – Hybrid structure tailored for simple construction......Page 289
Ultimate limit state analysis of a segmented tunnel lining......Page 290
Conceptual design of offshore concrete structures......Page 291
Design and construction of DELTA CITY shopping mall concrete structure in Belgrade......Page 292
Small concrete pedestrian bridge with integral abutments – An alternative solution for pedestrian bridges over highways......Page 293
\"Ravine des trois bassins\" Bridge in La Reunion Island. A successful application of extradosed prestressing......Page 294
Designing structures against extreme loads......Page 296
Seismic behaviour of precast column to foundation joint......Page 298
Probabilistic correlation of damage and seismic demand in R/C structures......Page 299
Seismic response of coupled wall-frame structures on pile foundations......Page 300
Displacement based design of BRB for the seismic protection of R.C. frames......Page 301
Seismic behavior of residential concrete walls......Page 302
Modification of the concrete properties after fire......Page 303
State-of-the-art structural designs and axial shortening studies of super high columns in a tall building......Page 304
Results of an experimental research on precast structures under seismic actions......Page 305
Incremental launching of final composite bridge deck......Page 308
Increasing the speed of construction......Page 306
Shear load capacity of concrete slabs with embedded ducts......Page 309
Construction of low Langer bridges......Page 310
Rapid construction of long span precast concrete box girders for Incheon Bridge viaducts constructed with FSLM......Page 311
Author Index......Page 312