Use of compartmented sodium- alginate fibres as a healing agent delivery system for asphalt pavements

Effect of polymer architecture on the intrinsic self-healing character of polymers

Simultaneous optical and electrochemical monitoring of the protective effect of functional surface healing agents

Unravelling the corrosion protection mechanism of silyl ester by combined electrochemistry and x-ray computed tomography

Understanding the molecular mechanisms involved in the interfacial self-healing of supramolecular rubbers

The role of clusters on the healing efficiency of a modified Zn based ionomer

The role of clusters on the healing efficiency of a modified Zn based ionomer

Unravelling the corrosion protection mechanism of silyl ester by combined electrochemistry and x-ray computed tomography

A study of the temperature dependent healing capabilities of new polymers based on Diels-Alder cycloaddition

Compartemented fibres: The concept of multiple self-healing in advanced fibre composites

A cohesive element based model to describe facture and cohesive healing in elastomers

Simultaneous optical and electrochemical monitoring of the protective effect of functional surface healing agents

A cohesive elements based model to describe fracture and cohesive healing in elastomers

Model based design of self-healing expandable coatings under different environmental conditions

A study of the temperature dependent healing capabilities of new polymers based on Diels-Adler cycloaddition

Self-healing metallopolymers: Detailed investigation of the self-healing properties by scratch testing

On the healing mechanism of sol-gel derived hybrid materials containing dynamic di-sulfide bonds

Compartemented fibres: The concept of multiple self-healing in advanced fibre composites

On the healing mechanism of sol-gel derived hybrid materials containing dynamic di-sulfide bonds

Understanding the molecular mechanisms involved in the interfacial self-healing of supramolecular rubbers