Lectures related to Portland Cement Replacement: Materials and Properties

Covers the replacement of Portland cement with various materials to improve concrete performance and reduce porosity.

Explores concrete degradation mechanisms, corrosion prevention, exposure classes, and repair techniques for reinforced concrete structures.

Discusses concrete corrosion, freeze-thaw impact, alkali reaction, and acid attacks.

Explores the process of grinding cements with calcined clays to produce LC3.

Discusses the use of supplementary cementitious materials to reduce clinker in cement production and lower CO₂ emissions.

Explores the use of silica fume and calcined clay in concrete mixtures.

Explores the formation and impact of microcracks in concrete structures.

Explores the importance of grinding cement to increase reactivity and compares intergrinding with separate grinding methods.

Discusses thermal shrinkage challenges in concrete structures and the importance of considering creep in structural design.

Explores reaction kinetics in cement hydration, including heat release, additives, temperature effects, and gypsum's role in controlling reactions.

Discusses the impact of cations and pH on chloride binding in cementitious materials.

Covers concrete mixing, components, compressive strength development, and aggregate impact on fluidity.

Explores thermal shrinkage, creep, and their mitigation in concrete structures.

Explores the fundamentals of concrete performance and durability to prevent tragedies.

Explores concrete carbonation, reinforcement corrosion, prevention, and repair strategies, focusing on chlorides and freeze-thaw cycles.

Explores length change isotherms in cementitious materials and the behavior of engineered calcium silicate hydrates.

Explores the use of silica fume and calcined clay in concrete production.

Delves into the chemistry of Portland cement and the implementation of reinforced concrete.

Covers the essential concepts of concrete mixing and the impact of aggregates on fluidity and mechanical properties.

Explores the role of water in concrete, covering fluidity, hydration, and resistance.