1990
DOI: 10.1177/089270579000300102
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Interface/Interphase Concepts in Composite Material Systems

Abstract: The influence of interfaces and interphases on the mechanical behavior of composite materials has been widely discussed in the literature, particularly in the last few years. Several books have been devoted to the subject. Despite this fact, the systematic representation of the mechanics of this subject remains grossly incomplete, and because of this, no consistent approach has been developed towards the determination of the influence of the interphase on the properties and performance of composite materials a… Show more

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Cited by 56 publications
(32 citation statements)
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“…P u p p o a n d E v e n s e n [ 25] ( ] is the global of 45 ∘ tenstion test (1) Main frame (2) Main shaft (3) Self-aligning bearing (4) Bending loading arm (5) Bending transducer (7) Torque transducer (8) Intermediate shaft (9) Deep groove ball bearing (10) Guide shaft (11) Twisting moment arm (6) Specimen (13) Twisting moment coupling (12) Bending connecting rod (14) Coupling shaft (15) Driven pully (16) Twisting moment loading arm (17) Bending moment loading arm (19) Motor table (20) V belt (21) Bending coupling plain specimen, the observed failure mode was a matrix-cracking mode normal to the loading axis and along the transverse fiber direction as shown in Figure 10. This may be attributed to brittleness of the matrix compared to the filling fiber fabrics.…”
Section: Test Resultsmentioning
confidence: 99%
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“…P u p p o a n d E v e n s e n [ 25] ( ] is the global of 45 ∘ tenstion test (1) Main frame (2) Main shaft (3) Self-aligning bearing (4) Bending loading arm (5) Bending transducer (7) Torque transducer (8) Intermediate shaft (9) Deep groove ball bearing (10) Guide shaft (11) Twisting moment arm (6) Specimen (13) Twisting moment coupling (12) Bending connecting rod (14) Coupling shaft (15) Driven pully (16) Twisting moment loading arm (17) Bending moment loading arm (19) Motor table (20) V belt (21) Bending coupling plain specimen, the observed failure mode was a matrix-cracking mode normal to the loading axis and along the transverse fiber direction as shown in Figure 10. This may be attributed to brittleness of the matrix compared to the filling fiber fabrics.…”
Section: Test Resultsmentioning
confidence: 99%
“…To improve the performance of these materials, the source of damage must be insightfully understood to prevent its subsequent evolution and the deterioration of fundamental mechanical properties. The adhesion integrity between fiber and matrix is the justification for superior composite materials properties over their constituent components as discussed by a lot of researchers [2][3][4][5]. Their investigations were focusing on the fiber/matrix interaction at micro level scale [2][3][4][5].…”
Section: Introductionmentioning
confidence: 99%
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“…During the process of manufacturing composites, physical and chemical interactions between reinforcements and matrix result in the formation of interphase encompassing the reinforcement/matrix interface (Drzal, 1986;Hughes, 1991;Theocaris, 1990;Williams et al, 1994). As an intermediate transition zone linking the reinforced fibers and matrix, the interphase plays a key role during the stress transfer between fibers and matrix (Hughes, 1991;Swain et al, 1990). Via proper design of an interphase zone in composites, the interfacial adhesion can be effectively improved, leading to a more efficient load transfer at interfaces.…”
Section: Introductionmentioning
confidence: 99%