Document Type
Extended Abstract
Abstract
This study investigates the activation of autogenous self-healing in sustainable pozzolanic hydraulic lime self-compacting concrete under cyclic compressive loading. This cement-free formulation enhances crack closure and mechanical resilience, offering a promising alternative that improves durability and long-term performance for eco-friendly construction and restoration of heritage or low-carbon infrastructure.
Keywords
Self-healing activation, Self-compacting pozzolanic lime concrete, Cyclic compression.
DOI
10.5703/1288284317973
Activation of self-healing in pozzolanic natural hydraulic lime-based self-compacting concrete under cyclic compression
This study investigates the activation of autogenous self-healing in sustainable pozzolanic hydraulic lime self-compacting concrete under cyclic compressive loading. This cement-free formulation enhances crack closure and mechanical resilience, offering a promising alternative that improves durability and long-term performance for eco-friendly construction and restoration of heritage or low-carbon infrastructure.