Table of Contents
-PREFACE
-ORGANIZING COMMITTEE
-ROLE OF SUPERPLASTICIZERS AND SLAG FOR
PRODUCING HIGH PERFORMANCE CONCRETE by
R.N. Swamy, M. Sakai, and N. Nakamura
-APPLICATION OF A NEW SUPERPLASTICIZER FOR ULTRA
HIGH-STRENGTH CONCRETE by K. Mitsui, T. Yonezawa,
M. Kinoshita, and T. Shimono
-CEMENT/SUPERPLASTICIZER/AIR-ENTRAINING AGENT
COMPATIBILITY by M. Baalbaki and P.C. Aïtcin
-PROGRESS IN UNDERSTANDING THE FUNCTIONAL
PROPERTIES OF SUPERPLASTICIZERS IN FRESH
CONCRETE by C.Jolicoeur, P.C. Nkinamubanzi, M.A. Simard,
and M. Piotte
-INFLUENCE OF ACRYLIC POLYMERS ON THE RHEOLOGY
OF MORTARS by S. Maximilien, J. Ambroise, and J. Péra
-SLUMP LOSS AND RHEOLOGY OF SUPERPLASTICIZED
MORTAR AND CONCRETE WITH DIFFERENT POLYSACCHARIDE
SYRUPS by G. Mantegazza and E. Alberti
-WORKABILITY CHARACTERISTICS OF HIGH-STRENGTH
CONCRETE INCORPORATING AN AIR ENTRAINING,
HIGH-RANGE WATER-REDUCING ADMIXTURE by
M. Kagaya, H. Tokuda, M. Kawakami, and T. Kaneko
-EFFECT OF A PHOSPHONATE-BASED COMPOUND ON
THE HYDRATION OF CEMENT AND CEMENT COMPONENTS
by V.S. Ramachandran and M.S. Lowery
-THE INFLUENCE OF CROSS-LINKED AND NSF
SUPERPLASTICIZER ON THE FLOW PROPERTIES OF
BLENDED CEMENTS by T. Sone, S.L. Sarker, and H. Uchikawa
-A STUDY ON THE FLOW OF HIGHLY SUPERPLASTICIZED
CONCRETE by S. Nishibayashi, S. Inoue, A. Yoshino, T. Kuroda,
and T. Kume
-APPLICATIONS OF RHEOLOGICAL MODIFIERS AND
SUPERPLASTICIZERS IN CEMENTITIOUS SYSTEMS by
C.B. Skaggs, W.G. Rakitsky, and S.F. Whitaker
-MIXTURE PROPORTION, FLOWABILITY, STRENGTH AND
DURABILITY OF FLOWING CONCRETE by Y. Kasai, S. Hiraishi,
K. Tobinai, and K. Osada
-AN EXPERIMENTAL CONSTRUCTION OF MODEL STRUCTURE
WITH FLOWING CONCRETE, by N. Nishiyama, Y. Kasai,
N. Yuasa, and Y. Nakata
-SHRINKAGE AND CRACKING OF HIGH-STRENGTH CONCRETE
AND FLOWING CONCRETE AT EARLY AGES by K. Yokoyama,
S. Hiraishi, Y. Kasai, and K. Kishitani
-THE INFLUENCE OF SUPERPLASTICIZER ON MIXTURE
PROPORTIONING AND THE STRENGTH AND DURABILITY OF
SILICA FUME CONCRETE by S.A. Austin and P.J. Robins
-PROPERTIES OF AN ACRYLIC GRAFT COPOLYMER-BASED
NEW SUPERPLASTICIZER FOR ULTRA HIGH-STRENGTH
CONCRETE by M. Kinoshita, T. Suzuki, T. Yonezawa, and
K. Mitsui
-SPLIT ADDITION OF A HRWRA AND ITS EFFECT ON HIGH-
PERFORMANCE CONCRETE by J.J. Schemmel, V. Arora,
and J. Williams
-EFFECT OF MOIST CURING AND MODIFIER CONTENT ON
PERFORMANCE IN FREEZING AND THAWING OF TWO
LATEX-MODIFIED CONCRETES by C.M. Newtson and
D.J. Janssen
-EFFECT OF CHEMICAL CHARACTERISTICS OF ALCELL LIGNIN-
BASED METHYLSULPHONATES ON THEIR PERFORMANCE
AS WATER-REDUCING ADMIXTURES by J. Zhor, T.W. Bremner,
and J.H. Lora
-PRACTICAL IMPLICATIONS OF LITHIUM-BASED CHEMICALS
AND ADMIXTURES IN CONTROLLING ALKALI-AGGREGATE
REACTIONS by H. Wang, S. Tysl, and J.E. Gillott
-PLASTICIZING CHARACTERISTICS OF SULFONIC ACID
POLYMER CONTAINING METHACRYLIC ACID DERIVATIVES
by E.I. Tazawa, A. Yonekura, M. Takahashi, S. Miyazawa, and
K. Kawai
-PERFORMANCE EVALUATION OF SET ACCELERATORS
FOR CONCRETE by A.A. Jeknavorian, N.S. Berke, and D.F. Shen
-ROLE OF SUPERPLASTICIZERS IN GYPSUMLESS PORTLAND
CEMENTS by J. Hrazdira
-MODIFICATION OF CEMENT MORTARS BY POLYMERIC
LATEXES AND THEIR USE FOR REPAIRING CONCRETE
by G. Mantegazza,
A.M. Penna, and S. Tattoni
-PARAMETERS INFLUENCING THE OXYGEN AND CHLORIDE
PERMEABILITY OF SUPERPLASTICIZED NORMAL PORTLAND
CEMENT AND FLY ASH-NORMAL PORTLAND CEMENT MORTAR
AND CONCRETE by C.J. Lynsdale and J.G. Cabrera
-SI (Metric) TABLES
- INDEX