EXPERIMENTAL INVESTIGATION OF FLEXURAL PROPERTIES OF E-GLASS FIBER/EPOXY GRID COMPOSITE STRUCTURES FILLED WITH SELF-HEALING MATERIALS

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Alikhani Amirhossein; ESLAMI FARSANI REZA; Khalili Seyyed Mohammad Reza

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Seminar Paper

Paper Information

Seminar: CONFERENCE OF IRANIAN AEROSPACE SOCIETY
Year:2015 | Issue:14

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Title

EXPERIMENTAL INVESTIGATION OF FLEXURAL PROPERTIES OF E-GLASS FIBER/EPOXY GRID COMPOSITE STRUCTURES FILLED WITH SELF-HEALING MATERIALS

Author(s)

Alikhani Amirhossein | ESLAMI FARSANI REZA | Khalili Seyyed Mohammad Reza

Keywords

GRID COMPOSITE STRUCTURES

SELF HEALINGFLEXURAL TESTING

HOLLOW GLASS FIBER

ANISOGRID LATTICE PATTERN

Abstract

SELF-HEALING MATERIALS ARE A CLASS OF SMART MATERIALS THAT HAVE THE STRUCTURALLY INCORPORATED ABILITY TO REPAIR DAMAGE CAUSED DURING MECHANICAL USAGE. IN THE PRESENT STUDY, E-GLASS/EPOXY ANISOGRID COMPOSITE STRUCTURES FILLED WITH SELF-HEALING MATERIALS WERE FABRICATED. SELF-HEALING SYSTEM INCLUDES A NUMBER OF HOLLOW GLASS FIBERS CONTAINING ROOM TEMPERATURE CURING EPOXY RESIN AND RELATED HARDENER AS HEALING AGENTS. THE EFFECT OF SELF-HEALING MATERIALS VOLUME PERCENTAGE (5%, 8% AND 11%) ON THE HEALING EFFICIENCY OF MAXIMUM LOAD-BEARING CAPACITY OF RESULTANT SPECIMENS AFTER QUASI-STATIC DAMAGE, WAS EXPERIMENTALLY INVESTIGATED. THE RESULTS OF FLEXURAL TESTS SHOWED THAT INTRODUCTION OF SELF-HEALING MATERIALS AFFECTED THE MAXIMUM LOAD-BEARING CAPACITY OF THE SPECIMENS. THE MAXIMUM HEALING EFFICIENCY (84%) OF FLEXURAL LOAD-BEARING CAPACITY WAS OBSERVED IN THE SAMPLE CONTAINING 8VOL% SELF-HEALING MATERIALS. IN THE SAMPLES CONTAINING 5VOL% AND 11VOL% SELFHEALING MATERIALS, LOWER HEALING EFFICIENCY WAS OBSERVED THAN THE MAXIMUM VALUE, RESPECTIVELY DUE TO SHORTAGE OF HEALING AGENTS AND EXCESS OF STRUCTURAL DISCONTINUITIES CAUSED BY HOLLOW GLASS FIBERS.

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APA: Copy

Alikhani, Amirhossein, ESLAMI FARSANI, REZA, & Khalili, Seyyed Mohammad Reza. (2015). EXPERIMENTAL INVESTIGATION OF FLEXURAL PROPERTIES OF E-GLASS FIBER/EPOXY GRID COMPOSITE STRUCTURES FILLED WITH SELF-HEALING MATERIALS. CONFERENCE OF IRANIAN AEROSPACE SOCIETY. SID. https://sid.ir/paper/945711/en

Vancouver: Copy

Alikhani Amirhossein, ESLAMI FARSANI REZA, Khalili Seyyed Mohammad Reza. EXPERIMENTAL INVESTIGATION OF FLEXURAL PROPERTIES OF E-GLASS FIBER/EPOXY GRID COMPOSITE STRUCTURES FILLED WITH SELF-HEALING MATERIALS. 2015. Available from: https://sid.ir/paper/945711/en

IEEE: Copy

Amirhossein Alikhani, REZA ESLAMI FARSANI, and Seyyed Mohammad Reza Khalili, “EXPERIMENTAL INVESTIGATION OF FLEXURAL PROPERTIES OF E-GLASS FIBER/EPOXY GRID COMPOSITE STRUCTURES FILLED WITH SELF-HEALING MATERIALS,” presented at the CONFERENCE OF IRANIAN AEROSPACE SOCIETY. 2015, [Online]. Available: https://sid.ir/paper/945711/en

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