A Review on the Self-Healing Property of Core-Sheath Nanofibers: Applications and Recent Advances

Document Type : Review Article

Authors
Maryam Zeynivand Mojarrad 1
Aliakbar Ghareh aghaji 2
1 فارغ التحصیل رشته مهندسی نساجی گرایش تکنولوژی دانشگاه صنعتی امیرکبیر
2 textile engineering department, amirkabir university of technology
10.48302/jtp.2026.533423.1316
Abstract
Self-healing in nature is an outstanding phenomenon. The survival of animals, plants, and human beings is easier because of their ability to recover any damage to the living organs. A review of recent advances pertinent to the self-healing performance of materials and co-electrospinning is presented in this study. Self-healing agents produced by electrospinning are one of the most promising materials for self-healing and exhibit a growing trend for a wide range of applications. The current study aims to report contributions and advances relating to the self-healing performance of materials by using co-electrospinning and the ability of nanofibers to self-heal from damage. It provides an eyesight for further progress of this promising technology. This review comprises investigations in which the self-healing nanofibers produced via the co-electrospinning process and their applications in some industries are focused. The corrosion protection of metals and damage repair in composites are addressed as well.

Keywords:

Self-healing, Core-shell nanofibers, Co-axial -electrospinning, Corrosion protection, Composite materials.
Keywords
Keywords: Self-healing
Core-shell nanofibers
Co-axial -electrospinning
Corrosion protection
Composite materials