Table of Contents
-Durability of Concrete -- Fifty Years of Progress?,
by P.K. Mehta
-Durability of Offshore and Marine Concrete Structures,
by G.C. Hoff
-Some Aspects of Durability of High-Volume ASTM Class F
(Low-Calcium) Fly Ash Concrete, by V.M. Malhotra, G.G. Carette,
A. Bilodeau, and V. Sivasundaram
-Freezing and Thawing Durability of High-Strength Lightweight
Concretes, by D. Whiting and R. Burg
-Freezing and Thawing Durability of Roller-Compacted
Concrete, by T.P. Dolen
-The Use of Air Entrainment to Ensure the Frost Resistance
of Roller-Compacted Concrete Pavements, by S.A. Ragan
-Deicer Salt Scaling Resistance of Roller-Compacted Concrete
Pavements, by J. Marchand, J. Boisvert, M. Pigeon, and
H.L. Isabelle
-Performance of Roller-Compacted Concrete -- Corps of
Engineers' Experience, by T.C. Liu
-Freezing and Thawing Resistance of Anti-Washout Concrete
Under Water, by T. Yamato, Y. Emoto, and M. Soeda
-Deicer Salt Scaling Resistance of High Strength Concretes
Made with Different Cements, by R. Gagne, M. Pigeon, and
P.-C. Aitcin
-Influence of Curing and Drying on Salt Scaling Resistance of
Fly Ash Concrete, by A. Bilodeau, G.G. Carette, V.M. Malhotra,
and W.S. Langley
-Effect of Composition and Aging on the Frost Resistance of
High-Strength Concrete, by H. Kukko and S. Matala
-Freezing and Thawing Resistance of Non Air-Entrained and
Air-Entrained Concretes Containing a High Percentage of
Condensed Silica Fume, by D. Galeota, M.M. Giammatteo,
R. Marino, and V. Volta
-Acoustic Emissions of Mortr Subjected to Freezing and
Thawing, by H. Shimada, K. Sakai, and G.G. Litvan
-Durability Properties of Overlays for Erosion-Damaged
Concrete, by J. Mirza
-Carbonation-Chloride Interactions and Their Influence on
Corrosion Rates of Steel in Concrete, by H. Roper and
D. Baweja
-Deterioration of Parking Structures, by G.G. Litvan
-Durability Predictions From Rate of Diffusion Testing of
Normal Portland Cement, Fly Ash, and Slag Concrete, by
K.E. Philipose, R.F. Feldman, and J.J. Beaudoin
-Comparative Studies of Galvanized and Epoxy Coated
Steel Reinforcement in Concrete, by S.R. Yeomans
-Control of Steel Corrosion in Chloride Contaminated
Concrete Through Aron Wall Surface Coating, by
R. N. Swamy and S. Tanikawa
-Long-Term Corrosion Resistance of Steel in Silica Fume
and/or Fly Ash Containing Concretes, by N.S. Berke,
M.J. Scali, J.C. Regan, and D.F. Shen
-Reinforcement Corrosion Under Simultaneous Diverse
Exposure Conditions, by S. Misra and T. Uomoto
-Comparative Results of Utilization of Fly Ash, Silica Fume
and GGBFS in Reducing the Chloride Permeability of Concrete,
by W.E. Ellis, Jr., E.H. Riggs, and W.B. Butler
-Corrosion of Reinforcing Steel in Concrete Exposed to Sea
Air, by T. Ohta
-Chloride Corrosion of Reinforcing Steel in Silica Fume
Concrete Exposed to Marine Enviornment, by N. Takagi,
T. Miyagawa, S. Amasaki, and T. Kojima
-Study on Corrosion Prevention in Reinforced Concrete
Containing Condensed Silica Fume and Its Application, by
L. Anqi, L. Baoyu, H. Guoping, C.Yeibo, and S. Guolian
-Influence of Chloride Corosion on the Durability of
Reinforcement in the Concrete, by J. Deja, J. Malolepszy,
and G. Jaskiewicz
-Silica Fume Concrete: A Solution to Steel Reinforcement
Corrosion in Concrete, by J.T. Wolsiefer, Sr.
-Influence of Curing Time on Behaviour in Seawater of
High-Strength Mortar with Silica Fume, by A.M. Paillere,
G. Platret, P. Roussel, and J. Gawsewitch
-Performance of Concrete Structures in Industrial Environment,
by A.K. Mullick, C. Rajkumar, and N.K. Jain
-Durability of Concrete to Marine Environment, by J. Beslac
-Quality Inspection of "Shore Approach" High Strength
Concrete, by M. Maage and S. Helland
-Investigation of Concrete From a Bridge Support After
11 Years of Exposure to Seawater, by A. Durekovic and
V. Calogovic
-Cathodic Protection of the Arthur Laing Bridge, by
N.A. Cumming, T.F. Rogers, and A.P. Joseph
-A Cathodic Protection System for Rehabilitation of Marine
Concrete Structures, by K. Takewaka and T. Minematsu
-Cathodic Protection of the Concrete Piers of Two Bridges
in Virginia Using a Water-Based Conductive Coating, by
G.G. Clemena and D.R. Jackson
-Fatigue Performance of Fibre-Reinforced Cement Composite
Concrete Beams, by N.J. Dave
-Fatigue Strength Toughness Indices of Fiber Reinforced
Concrete, by G.B. Batson
-Erosion-Abrasion Resistance of Steel Fibre Reinforced Concrete,
by J. Sustersic, E. Mali, and S. Urbancic
-Durability of Fibre Cement Composites, by A.J. Majumdar
and P.L. Walton
-Durability Comparisons of Fiber Reinforced Concrete in
Chemical Plant Applications, by C.N. MacDonald
-The Effect of Changes in Matrix Properties with Time on the
Measured and Predicted Long Term Properties of Fibre
Reinforced Cement, by D.J. Hannant
-Significance of Microstructure of the Glass Fiber-Cement
Paste Interfacial Zone in Long-Term Durability of GFRC
Composites, by M. Kawamura and S. Igarashi
-Moisture Sensitivity of Cellulose Fiber Reinforced Cement,
by P. Soroushian and S. Marikunte
-Durability of Carbon Fiber Reinforced Cements in Acidic
Environments, by N. Banthia and J. Sheng
-Long-Term Durability of Synthetic Fibers in Concrete, by
A. Khajuria, K. Bohra, and P. Balaguru
-Shotcrete: Surveillance for Durable Structures -- Case
Histories, by S. Gebler, P. Kolf, G. Seegebrecht, A. Litvin,
and J. Vincent
-Freeze Thaw Durability of Steel and Polypropylene Reinforced
Shotcretes: A Review, by D.R. Morgan
-The Effect of Pulverised-Fuel Ash with a High Total Alkali
Content on Alkali Silica Reaction in Concrete Containing
Natural UK Aggregate, by M.D.A. Thomas, P.J. Nixon, and
K. Pettifer
-Effect of Metakaolin on Alkali-Silica Reaction (ASR) in
Concrete Manufactured with Reactive Aggregate, by G.V. Walters
and T.R. Jones
-Evaluation of Fly Ash for Controlling Alkali-Aggregate Reaction,
by S. Nagataki, H. Ohga, and T. Inoue
-The Moisture Condition of Field Concrete Exhibiting Alkali-Silica
Reactivity, by D. Stark
-Carbonation of Expansive Concrete and Change of Hydration
Products, by E. Sakai, K. Kosuge, S. Teramura, and K. Nakagawa
-Effects of Fly Ash on Carbonation of Concrete with Portland
Blast-Furnace Slab Cement, by J. Bijen and R. van Selst
-Carbonation Resistance of Polymer Cement Mortars (PCC),
by B.A. Oye and H. Justnes
-The Sulphate Resistance of Portland and Blastfurnace Slag
Cement Concrete, by G.J. Osborne
-Resistance of High Strength Concrete to Sulfate Attack:
Soaking and Drying Test, by I.R. de Almeida
-The Resistance of Cements to Ammonium Nitrate Attack,
by A. Goncalves and X. Rodrigues
-The Durability of Structural Lightweight Concrete, by T.A. Holm
and T.W. Bremner
-The Protection of Steel Reinforcing by the Passivating Effect
of Lightweight Concrete, by V.F. Stepanova
-The Quality of the 'Covercrete' of Low-, Medium- and
High-Strength Concretes, by R.J. Torrent and A. Jornet
-Crack Patterns and Measurement Technique in Reinforced
Concrete Structures, by C.L. Hwang, R.Y. Lin, J.C. Chen,
and J.H. Kuo
-Barges Topped with Abrasion Resistant Concrete, by
H.R. Woodhead
-The Influence of Surface Layers Upon the Measurement of
Concrete Resistivity, by S.G. Millard and K.R. Gowers
-Reinforced Concrete: Correlation Between Cracking and
Corrosion, by R. Francois and G. Arliguie
-Durability of Cements with Fillers, by R. Ranc,
M. Moranville-Regourd, G. Cochet, and G. Chaudouard
-Durability of Pozzolanic Cements and Italian Experience in
Mass Concrete, by F. Massazza and G. Oberti
-Cyclic Heating and Cooling Effects on Concrete Durability,
by V. Ramakrishana, H.F. Shafai, and G. Wu
-Prestressed Bridges in Adverse Environments, by
V. Novokshchenov
-Study of Bond in Concrete Repairs, by M. Marosszeky,
J.G. Yu, and C.M. Ng