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Proceedings pro042 : 1st International Symposium on Design, Performance and Use of Self-Consolidating Concrete (SCC'2005-China)


Title: 1st International Symposium on Design, Performance and Use of Self-Consolidating Concrete (SCC'2005-China)
Edited by Zhiwu Yu, Caijun Shi, Kamal Henri Khayat and Youjun Xie
ISBN: 2-912143-61-6
e-ISBN: 2912143624
Pages: 726
Publication date: 2005

Self-consolidating concrete, also known as self-compacting concrete (SCC) can be placed and consolidating under its own-weight without any mechanical vibration, and is at the same time cohesive enough to be handled with acceptable segregation or bleeding. SCC has many advantages over conventional concrete:
(1) eliminating the need for vibration;
(2) decreasing the construction time and labor cost;
(3) reducing noise pollution;
(4) improving the filling capacity of highly congested structural members;
(5) improving the interfacial transitional zone between cement paste and aggregate or reinforcement;
(6) decreasing the permeability and improving durability of concrete, and
(7) facilitating constructability and ensuring good structural performance.

SCC has been attracting more and more attention world-widely since its introduction in the late 1980’s. New applications for SCC are being increasingly explored because of its many advantages over conventional concrete.

SCC has been used for many projects in China. However, there still no official standards and specifications for the testing and evaluation of the properties of SCC. This is the first international symposium held in China in the field of SCC. More than a dozen of experts from Europe, Japan, US and Canada are invited to make presentations on different topics of SCC. 77 papers from 15 countries are included in these proceedings. It is hoped that this conference will promote exchange of the most recent information, development of test methods and specifications and lead to increased acceptance and use of SCC.


Contents


Preface
Author(s): Z. Yu
Pages: XIII - XIII

1. Keynote Lectures


Thixotropy-enhancing agent - A key component to reduce formwork pressure of self-consolidating concrete
Author(s): K. Khayat
Pages: 3 - 16

Changing construction technologies through the use of self-compacting concrete
Author(s): A. Skarendahl
Pages: 17 - 24

TESTING-SCC: Towards new European Standards for fresh SCC
Author(s): P. Bartos
Pages: 25 - 44

2. Raw Materials and Mix Design for SCC


A design approach for self-compacting concrete based on deformability, seggregation resistance and passing ability models
Author(s): N. Kasemsamrarn
Pages: 47 - 54

Design and application of self-compacting lightweight concrete
Author(s): C. Shi
Pages: 55 - 64

Self-compactability of fresh concrete
Author(s): M. Ouchi
Pages: 65 - 73

High performance Admixtures for Self-compacting Concrete:Mechanism and Application in China Engineering
Author(s): C. Miao
Pages: 75 - 85

Hydration modelling of filler rich self-compacting concrete
Author(s): A. Poppe
Pages: 87 - 96

Optimization of fabrication technology of self-compacting high-performance concrete
Author(s): J. Yin
Pages: 97 - 107

Self-compacting concrete: the role of the particle size distribution
Author(s): H. Brouwers
Pages: 109 - 118

Transport properties of self-consolidating concrete of different mix design approachs
Author(s): S. Hwang
Pages: 119 - 127

State-of-the-Art Admixture for high performance SCC in China
Author(s): S. Asmus
Pages: 129 - 135

Influence of Viscosity Agents on Fresh Properties of Self-Compacting Concrete
Author(s): M. Yamamoto
Pages: 137 - 144

The Application of Recycled Aggregates in Self-Consolidating Concrete
Author(s): T. Tu
Pages: 145 - 152

Effects of polymers on properties of underwater antiwashout self-compacting concrete
Author(s): Z. Jiang
Pages: 153 - 160

Influences of aggregate on properties of self-compacting concrete
Author(s): Y. Xie
Pages: 161 - 171

Distribution of water content in self-compacted high strength concrete due to water evaporation and self-desiccation
Author(s): Y. Yang
Pages: 173 - 180

Optimization of mixing proportion of self-compacting concrete
Author(s): Z. Yu
Pages: 181 - 190

Research on preparation and performance of self-compacting concrete
Author(s): C. Pang
Pages: 191 - 197

Mix proportion calculation method of self-compacting high performance concrete
Author(s): J. Yin
Pages: 199 - 205

Stabilizing self-levelling concrete with polysaccharide additive
Author(s): J. Terpstra
Pages: 207 - 213

3. Workability of SCC


Recent development in self-compacting concrete in Europe
Author(s): M. Collepardi
Pages: 217 - 227

Concrete Rheology: What is it and why do we need it?
Author(s): C. Ferraris
Pages: 229 - 236

Some aspects of cement chemistry regarding self-compacting concrete
Author(s): J. Stark
Pages: 237 - 244

Evaluation of Methods for Testing Fresh Self-Compacting Concrete
Author(s): L. Tang
Pages: 245 - 252

Evaluation of Segregation in Self Compacting Concrete with Atomized Steel Slag Aggregate
Author(s): J. Yoo
Pages: 253 - 260

Flowability of fresh mortar in self-compacting concrete using fil ash
Author(s): J. Wattanalamlerd
Pages: 261 - 270

Development of experiment design to evaluate the effect of limestone filler and fly ash on rheology of SCC equivalent mortar
Author(s): A. Yahia
Pages: 271 - 281

A method for evaluating stability of fresh Self-Compacting Concrete
Author(s): Y. Xie
Pages: 283 - 291

Passing ability of self-compacting fibre reinforced concrete
Author(s): S. Grünewald
Pages: 293 - 300

Evaluation of the Segregation Resistance of Fresh Self-Compacting Concrete using different test methods
Author(s): M. Sonebi
Pages: 301 - 308

Test methods for filling ability of SCC
Author(s): S. Grünewald
Pages: 309 - 316

4. Properties of Hardened SCC


Microstructure and Properties of Interfacial Transition Zone in SCC
Author(s): W. Zhu
Pages: 319 - 327

Creep and shrinkage of self-compacting concrete.
Author(s): A. Poppe
Pages: 329 - 336

The effect of aggregate packing types on engineering properties of self-consolidating concrete
Author(s): C. Hwang
Pages: 337 - 345

Durability of Self-Compacting-Concrete (SCC)
Author(s): R. Hela
Pages: 347 - 354

Chloride penetration in self compacting concrete by cyclic immersion
Author(s): K. Audenaert
Pages: 355 - 362

Property Characterization of Self Compact Concrete at Early Ages
Author(s): Z. Li
Pages: 363 - 374

Time-dependent behavior of Self-compacting concrete
Author(s): Z. Yu
Pages: 375 - 381

The Microstructure of Self-Compacting Concrete Compared with High Performance Concrete and Traditional Concrete
Author(s): G. Ye
Pages: 383 - 394

Restrained Shrinkage Cracking in Fibre Reinforced Self-Compacting High Performance Concrete - Using new Experimental Method
Author(s): Y. Ding
Pages: 395 - 402

The Microstructure Aspects of Self-Compacting Concrete at Elevated Temperature
Author(s): G. Ye
Pages: 403 - 411

Pore structure simulation of self-compacting concrete and application
Author(s): J. Zheng
Pages: 413 - 420

Study on fracture properties of self-compacting concrete using wedge splitting test
Author(s): Y. Zhao
Pages: 421 - 428

Performance Evaluation Method of Self-Consolidating Concrete
Author(s): P. Huang
Pages: 429 - 438

Research on the Influence of Different Curing regime on the Performance of the Self-Compacting High-Performance concrete
Author(s): J. Yin
Pages: 439 - 447

Experimental study on the bond stress of steel bar in high performance concrete containing ultra-fine fly ash
Author(s): Y. Li
Pages: 449 - 456

The Influence of Cementitious Systems to Cracking Sensitivity of Self-Compacting Concrete
Author(s): G. Wang
Pages: 457 - 464

Bond Behaviors of Self-Compacting Concrete
Author(s): G. Wang
Pages: 465 - 471

Influence of Fly Ash on Early-Age Crack Resistance of High-Flowing Concrete
Author(s): X. Wang
Pages: 473 - 480

Fiber reinforced self-compacting concrete
Author(s): N. Cauberg
Pages: 481 - 490

Test and predict the behavior of creep high performance self-compacting concrete - From materials to structure
Author(s): D. Hu
Pages: 491 - 498

Study on wear about which WHU expend-agent, affect shrinking performance of C80 self-compacting concrete
Author(s): B. Ma
Pages: 499 - 506

Investigation on shrinkage cracking of economical Self-Compacting Concrete
Author(s): W. Zhu
Pages: 507 - 516

Analysis on the Stress-Strain Behavior of Self-Consolidating Concrete
Author(s): L. Li
Pages: 517 - 522

Pull-out Behaviour of Steel Fibres in Self-Compacting Concrete
Author(s): K. Holschemacher
Pages: 523 - 532

The research of mechanics performance of self-compacting & self-stressing concrete-filled steel tube subjected to axial compression
Author(s): L. Xu
Pages: 533 - 540

Research on the heat of hydration of paste blended with fly ash in self-compacting concrete
Author(s): Y. Li
Pages: 541 - 547

A quasibrittle model for the service life prediction of self-compacting concrete structures
Author(s): J. Zheng
Pages: 549 - 556

Influence of fly ash on the properties of cement-based materials
Author(s): B. Liu
Pages: 557 - 564

Properties of concrete with mix materials of gangue
Author(s): Y. Meng
Pages: 565 - 578

5. Constructability and Applications of SCC


SCC - An excellent concrete for precast concrete
Author(s): W. Bennenk
Pages: 581 - 588

Mechanisms behind reduced from pressure when casting with SCC
Author(s): P. Billberg
Pages: 589 - 598

SCC: a way to sustainable construction development
Author(s): V. Corinaldesi
Pages: 599 - 605

Influence of internal friction and cohesion on formwork pressure of self-compacting concrete
Author(s): K. Khayat
Pages: 607 - 615

Construction technology of self consolidating concrete
Author(s): L. Lu
Pages: 617 - 625

An analysis of social and economic profiability of self-compacting concrete technology
Author(s): Z. Pan
Pages: 627 - 632

Study on the application of self-compacting concrete in strengthening engineering
Author(s): S. Luo
Pages: 633 - 640

Research on the Bending and Shearing Properties of Self-Compacting Concrete Beams
Author(s): S. Luo
Pages: 641 - 648

Influence of Mixture of Self-Compacting Concrete on Earthquake Resistance Behavior of Frames
Author(s): X. Wang
Pages: 649 - 656

Actual Quality Controlling Methods in the Production and Placing of Super Quality Concrete for Ritto Bridge Project
Author(s): Y. Nakajima
Pages: 657 - 664

Application of SCC to Segment for Shield Tunnel
Author(s): Y. Uno
Pages: 665 - 673

Behavior and strength of square steel tube columns filled with steel-reinforced self-compacting high-strength concrete
Author(s): M. Zhu
Pages: 675 - 681

The investigation and application of self-compacting expensive concrete filled steel tube
Author(s): Y. Li
Pages: 683 - 688

Self-compacting concrete for textile reinforced elements
Author(s): H. Li
Pages: 689 - 696

Experimental study on the Behavior Mechanism of Self-compacting Concrete Filied Tubular Steel Stub Columns
Author(s): F. Ding
Pages: 697 - 704

Application of self-compacting Concrete in Frame-Shear Wall Structure and Road Construction
Author(s): S. Wu
Pages: 705 - 712