Skin-stringer component with self-healing functionalities

X. Tsilimigkra; A. Kotrotsos; S. Tsantzalis; G. Sotiriadis; V. Kostopoulos; S. Florez; A. W. Bosman

Skin-stringer component with self-healing functionalities

X. Tsilimigkra
, A. Kotrotsos
, S. Tsantzalis
, G. Sotiriadis
, V. Kostopoulos
, S. Florez
, A. W. Bosman

Sustainable and functional polymers

Research output: Contribution to specialist publication › Article

Abstract

Skin-stiffened composites have been extensively used in aerospace to produce lightweight structures. Stringer debonding is one of the most critical types of damage in this type of structure. Implementing a self-healing functionality within the bond line would benefit the service life of the component by repairing it when damage occurs.

Original language	English
Pages	41-42
Number of pages	2
Volume	54
No.	112
Specialist publication	JEC Composites Magazine
Publication status	Published - 1 Apr 2017

Cite this

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title = "Skin-stringer component with self-healing functionalities",

abstract = "Skin-stiffened composites have been extensively used in aerospace to produce lightweight structures. Stringer debonding is one of the most critical types of damage in this type of structure. Implementing a self-healing functionality within the bond line would benefit the service life of the component by repairing it when damage occurs.",

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AU - Tsilimigkra, X.

AU - Kotrotsos, A.

AU - Tsantzalis, S.

AU - Sotiriadis, G.

AU - Kostopoulos, V.

AU - Florez, S.

AU - Bosman, A. W.

PY - 2017/4/1

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N2 - Skin-stiffened composites have been extensively used in aerospace to produce lightweight structures. Stringer debonding is one of the most critical types of damage in this type of structure. Implementing a self-healing functionality within the bond line would benefit the service life of the component by repairing it when damage occurs.

AB - Skin-stiffened composites have been extensively used in aerospace to produce lightweight structures. Stringer debonding is one of the most critical types of damage in this type of structure. Implementing a self-healing functionality within the bond line would benefit the service life of the component by repairing it when damage occurs.

UR - https://www.scopus.com/pages/publications/85034997886

M3 - Article

AN - SCOPUS:85034997886

SN - 1639-965X

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JO - JEC Composites Magazine

JF - JEC Composites Magazine

ER -

Skin-stringer component with self-healing functionalities

Abstract

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