Table of Contents
Part 1: Durability of Reinforced Concrete - Effect of
Environment and Placement
-Concrete structure and protection of steel reinforcement
-An holistic approach to the corrosion of concrete in
aqueous environments using indices of aggressiveness
-Durability of rebars in concrete
-The influence of immersion vibration on the void system
of air entrained concrete
-Influence of curing conditions on the durability related
properties of near surface concrete and cement mortars
Part 2: Durability of Reinforced Concrete - Effect of Composition
-Concrete microstructure and its relationships to pore structure,
permeability and general durability
-Alkali silica reaction processes: the conversion of cement
alkalies to alkali hydroxide
-Calcium chloride in type V-cement concrete
-Controlled cement hydration: its effect on durability of concrete
-The effect of blast furnace slag and related materials on the
hydration and durability of concrete
-Durability of mortars and concretes made with a natural
pozzolana
-Role and effectiveness of mineral admixtures in relation to
alkali silica reaction
-Sulfate resistance of concrete containing fly ash
Part 3: Durability of Reinforced Concrete Assessment
-Quantifying microscopical examinations of concrete for alkali
aggregate reactions (aar) and other durability aspects
-Early age permeability measurements for prediction of concrete
durability
-In situ assessment of durability of concrete motorway bridges
-Reflections on steel corrosion in concrete
-A new method for assessing frost damage in non-air entrained
hydraulic structures
Part 4: Durability of reinforced concrete case histories
-Rehabilitation and impregnation of a concrete arch bridge to
inhibit the further effects of alkali aggregate reaction and the
monitoring of the effectiveness of the coating system
-Durability of concrete in iceland
-Old concrete roads in denmark
-Deterioration of precast concrete panels with crushed quartz
coarse aggregate due to alkali silica reaction