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

Healing particles in self-healing thermal barrier coatings

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

The effect of grain size on the mechanical properties and the oxidation induced crack healing efficiency of CR2ALC ceramic

Microstructure evolution of Cr2AlC ceramic before and after oxidation induced crack healing

Monitoring the restoration of interfacial contact for self healing thermal interface materials for LED and microelectronic applications

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

Self healing by Cu precipitation in deformed Fe-Cu-B-N-C

Oxidation induced crack healing of CR2(AL,SI)C MAX phase ceramic

A conceptual study into the potential of MAX-phase ceramics for self-healing of crack damage

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

The effect of SiC particle size on the healing efficiency of alumina at high temperatures

Enhancing the creep life of steels by self-healing through dynamic in-service precipitation

Multiple healing in multi-functional polymer composites

Encapsulation of sacrificial silicon containing particles for SH oxide ceramics via a boehmite precursor route

Postponing crack nucleation in supersaturated xxxx aluminium alloys

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

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