Table of Contents
-THE UNITED STATES GOVERNMENT'S ROLE IN HIGH-
PERFORMANCE MATERIALS FOR INFRASTRUCTURE
by T.J. Pasko, Jr. and G.J. Frohnsdorff
-EFFECTS OF PHYSICAL AND CHEMICAL TREATMENTS
OF SILICA FUME ON THE STRENGTH AND
MICROSTRUCTURES OF MORTAR by S. Nagataki,
N. Otsuki, and M. Hisada
-PRODUCTION OF HIGH-STRENGTH CONCRETE FOR
THE HIBERNIA OFFSHORE CONCRETE PLATFORM by
G.C. Hoff, R. Walum, R. Elimov, and H.R. Woodhead
-CONCRETE TECHNOLOGY, THE KEY TO CURRENT
CONCRETE PLATFORM CONCEPTS by A.K. Haug
-MODIFIED NORMAL DENSITY (MND) CONCRETE FOR
THE TROLL GBS PLATFORM by M. Sandvik, T. Hovda,
and S. Smeplass
-INFLUENCE OF SILICA FUME AND POLYMER DISPERSIONS
IN HIGH-PERFORMANCE CONCRETE ON THE RESISTANCE
TO AGGRESSIVE CHEMICALS by U. Wiens, C. Alfes, and
P. Schiessl
-SULFATE RESISTANCE AND CHLORIDE PENETRATION
CHARACTERISTICS OF HIGH -STRENGTH CONCRETE by
W.A. Al-Khaja, W.A. Rasheeduzzafar, M.H. Al-Sayed, and
A.A. Al-Khoder
-IGH-PERFORMANCE CONCRETE USING BLENDED AND
TRIPLE BLENDED BINDERS by P. Fidjestol and J. Frearson
-ENGINEERING PROPERTIES OF HIGH-PERFORMANCE
CONCRETES CONTAINING BLAST FURNACE SLAG UNDER
`IN SITU' MOISTURE AND TEMPERATURE CONDITIONS by
S.L. Mak and A. Lu
-HIGH-PERFORMANCE CONCRETE INCORPORATING
LARGE VOLUMES OF ASTM CLASS F FLY ASH, by
A. Bilodeau and V.M. Malhotra
-HIGH-STRENGTH RC BEAM-COLUMN JOINTS UNDER
LARGE REVERSAL LOADS by D. Galeota, M.M. Giammatteo,
and R. Marino
-BEHAVIOR OF THE COMPRESSED ZONE OF REINFORCED
AND PRESTRESSED HIGH -STRENGTH CONCRETE BEAMS
by H. Manalip, M. Pinglot, and M. Lorrain
-SHEAR CAPACITY OF STEEL FIBER HIGH-STRENGTH
CONCRETE BEAMS by M. Imam, L. Vandewalle, and
F. Mortelmans
-HIGH-PERFORMANCE CONCRETE: LOW-HEAT AND
HIGH-STRENGTH by K. Sakai and H. Watanabe
-PROPERTIES OF HIGH-STRENGTH CONCRETE
SUBJECTED TO UNIAXIAL LOADING by N. Han and
J.C. Walraven
-A METHOD OF REPAIRING CONCRETE SLABS USING
HIGH-PERFORMANCE CONCRETE by N. Maruyama, M. Yurugi,
H. Konishi, and Y. Murahashi
-SHEAR FRICTION IN HIGH-STRENGTH CONCRETE by
J. Walraven and J. Stroband
-THE DUCTILE BEHAVIOR OF BEAM-COLUMN JOINTS WITH
HIGH-AND LOW-STRENGTH CONCRETE by S.W. Shin, J.M. Ahn,
K.S. Lee, S.H. Lee, and S.K. Ghosh
-DEVELOPMENT AND PRODUCTION OF HIGH-PERFORMANCE
CONCRETE by M.R. Hansen, M.L. Leming, P. Zia, and S.H. Ahmad
-HIGH-PERFORMANCE AUSTRALIAN CONCRETES
FOR MARINE APPLICATIONS by D. Baweja, V. Sirivivatnanon,
W. Gross, and G. Laurie
-HIGH-PERFORMANCE CONCRETE COLUMNS by
N.A. Lloyd and B.V. Rangan
-HIGH-STRENGTH CONCRETE COLUMNS WITH
LONGITUDINAL REINFORCEMENT OF MIXED STEEL
GRADES by H. Tanaka, Y. Sato, R. Park, and N. Kani
-SINGLE-SPAN, CONTINUOUS, AND SLENDER DEEP BEAMS
MADE OF HIGH-STRENGTH CONCRETE by F.K. Kong, S. Teng,
P.P. Maimba, K.H. Tan, and L.W. Guan
-EFFECT OF AXIAL LOAD RATIO AND STIRRUPS VOLUME
RATIO ON DUCTILITY OF HIGH STRENGTH CONCRETE
COLUMNS by Q. Wang, G. Zhao, and L. Lin
-ROLES OF SILICA FUME, SLAG, AND FLY ASH IN THE
DEVELOPMENT OF HIGH PERFORMANCE CONCRETE
MICROSTRUCTURE by S.L. Sarkar
-MECHANICAL AND DURABILITY-RELATED PROPERTIES
OF HIGH-STRENGTH CONCRETE CONTAINING SILICA FUME
by K. Torii and M. Kawamura
-MOISTURE-INDUCED VOLUME CHANGES IN HIGH-STRENGTH
CONCRETE by R. Sri Ravindrarajah, C.M. Mercer, and J. Toth
-FRACTURE MECHANICS PARAMETERS INFLUENCING THE
MECHANICAL PROPERTIES OF HIGH PERFORMANCE
CONCRETE by K.M. Lee and O. Buyukozturk
-DEVELOPMENT LENGTH FOR STRAIGHT DEFORMED BARS
IN HIGH-STRENGTH CONCRETE by F.A. Al-Jahdali, F.F. Wafa,
and S.A. Shihata
-SHEAR BEHAVIOR OF FIBER-REINFORCED HPC DEEP BEAMS
by I.K. Fang and J.Y. Wu
-FREEZING AND THAWING: COMPARISON BETWEEN
NON-AIR-ENTRAINED AND AIR -ENTRAINED HIGH-STRENGTH
CONCRETE by Y. Li, B.W. Langan, and M.A. Ward
-EFFECTS OF SILICA FUME ON CREEP AND SHRINKAGE
OF STEEL FIBER-REINFORCED CONCRETE by J.C. Chern
and C.Y. Chang
-ROLE OF EXPANSIVE ADMIXTURES IN HIGH-PERFORMANCE
CONCRETE by C. Enyi and L. Huizhen
-EFFECTS OF TESTING VARIABLES ON THE STRENGTH
OF HIGH-STRENGTH (90 Mpa) CONCRETE CYLINDERS
by N.J. Carino, W.F. Guthrie, E.S. Lagergren, and G.M. Mullings
-CONTROLLING THE CONSISTENCY OF HIGH-
PERFORMANCE CONCRETE BY MIXING TORQUE IN
THE READY-MIXED CONCRETE PLANT by N. Nishiyama
-ADIABATIC TEMPERATURE RISE IN CONCRETE WITH
AND WITHOUT GGBFS by C.T. Tam, Y.H. Loo, and K.F. Choong
-THE DRY-MIX/STEAM-INJECTION METHOD FOR
PRODUCING HIGH-STRENGTH CONCRETE IN ONE DAY
by T.D. Lin
-EFFECT OF CONCRETE STRENGTH ON BOND BEHAVIOR
UNDER IMPACT LOADING by C. Yan and S. Mindess
-INFLUENCE OF AGGREGATE PROPERTIES ON
FRACTURE ENERGY OF HIGH-STRENGTH CONCRETE
by S. Nakamura, Y. Kitsutaka, and K. Kamimura
-EVALUATION OF AGGREGATE PROPERTIES ON TENSION
SOFTENING BEHAVIOR OF HIGH STRENGTH CONCRETE
by Y. Kitsutaka, K. Kamimura, and S. Nakamura
-EFFECTIVENESS OF SUPPLEMENTARY CEMENTING
MATERIALS IN REDUCING EXPANSION DUE TO ALKALI-
AGGREGATE REACTION IN HIGH-PERFORMANCE CONCRETE
by B. Fournier and V.M. Malhotra
-STRENGTHENING MECHANISMS OF HIGH-PERFORMANCE
CONCRETE by W. Jiang and D.M. Roy
-HIGH-STRENGTH CONCRETE FOR HIGH-RISE TOWERS by
C.T. Thornton, H. Mohamad, U. Hungspruke, and L. Joseph
-OBSERVATIONS ON THE FATIGUE BEHAVIOR OF HIGH-
STRENGTH LIGHTWEIGHT CONCRETE by G.C. Hoff
-LESSONS LEARNED FROM FIELD TRIALS WITH HIGH-
PERFORMANCE CONCRETE by J.J. Schemmel, M.L.
Leming, and M.R. Hansen