Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/97072/1/AIAA2012-1863.pd
In-service, composite sandwich structures, which consist of fibre-composite skins (also termed face-...
Axial compression tests were performed on debonded sandwich composites made of graphite/epoxy face-s...
In recent years, fiber-reinforced composites have become more accepted for aerospace applications. S...
Foam core sandwich composites are widely used in primary structural components of launch vehicles an...
Peer Reviewedhttps://deepblue.lib.umich.edu/bitstream/2027.42/140407/1/6.2014-0504.pd
An engineering challenge of composite sandwich structures is quantifying their ability to tolerate d...
Debonding between the skins and the core in a sandwich structure is a critical failure mode in autom...
This paper deals with the mechanical investigation of 3-D reinforced CFRP foamcore sandwich structur...
Characterizing failure behaviors of debonded composite sandwich structures under compressive loading...
7 pages, 11 figuresThe dynamic flexural behaviour of sandwich beams, with composite face-sheets and ...
Debonding between the skins and the core in a sandwich structure is a critical failure mode in autom...
In the present work, mechanical properties and failure modes of natural and synthetic fiber reinforc...
A recently developed cohesive zone traction-separation law, which includes the effects of fiber brid...
Debonding within composite structures is one of the most critical failure modes of these modern ligh...
ABSTRACX Debonding failure of cored composite materials is investigated herein. A new test method th...
In-service, composite sandwich structures, which consist of fibre-composite skins (also termed face-...
Axial compression tests were performed on debonded sandwich composites made of graphite/epoxy face-s...
In recent years, fiber-reinforced composites have become more accepted for aerospace applications. S...
Foam core sandwich composites are widely used in primary structural components of launch vehicles an...
Peer Reviewedhttps://deepblue.lib.umich.edu/bitstream/2027.42/140407/1/6.2014-0504.pd
An engineering challenge of composite sandwich structures is quantifying their ability to tolerate d...
Debonding between the skins and the core in a sandwich structure is a critical failure mode in autom...
This paper deals with the mechanical investigation of 3-D reinforced CFRP foamcore sandwich structur...
Characterizing failure behaviors of debonded composite sandwich structures under compressive loading...
7 pages, 11 figuresThe dynamic flexural behaviour of sandwich beams, with composite face-sheets and ...
Debonding between the skins and the core in a sandwich structure is a critical failure mode in autom...
In the present work, mechanical properties and failure modes of natural and synthetic fiber reinforc...
A recently developed cohesive zone traction-separation law, which includes the effects of fiber brid...
Debonding within composite structures is one of the most critical failure modes of these modern ligh...
ABSTRACX Debonding failure of cored composite materials is investigated herein. A new test method th...
In-service, composite sandwich structures, which consist of fibre-composite skins (also termed face-...
Axial compression tests were performed on debonded sandwich composites made of graphite/epoxy face-s...
In recent years, fiber-reinforced composites have become more accepted for aerospace applications. S...
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