The conservative M-integral for a delamination along a 0°/90° interface: The thermal-elastic problem

Orly Dolev; Leslie Banks-Sills

The conservative M-integral for a delamination along a 0°/90° interface: The thermal-elastic problem

Orly Dolev^*, Leslie Banks-Sills

^*Corresponding author for this work

School of Mechanical Engineering

Research output: Contribution to conference › Paper › peer-review

Abstract

In this investigation, the conservative M-integral is extended to treat thermal-elastic, mixed mode problems for a delamination along the 0°/90° interface of fiber reinforced material. Mode separation permits determination of stress intensity factors. It may be noted that for cracks in homogeneous, isotropic materials, as well as isotropic bimaterials excellent agreement was found elsewhere between results determined by this method and those found in the literature.

Original language	English
State	Published - 2005
Event	45th Israel Annual Conference on Aerospace Sciences 2005 - Tel Aviv, Israel Duration: 23 Feb 2005 → 24 Feb 2005

Conference

Conference	45th Israel Annual Conference on Aerospace Sciences 2005
Country/Territory	Israel
City	Tel Aviv
Period	23/02/05 → 24/02/05

Cite this

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abstract = "In this investigation, the conservative M-integral is extended to treat thermal-elastic, mixed mode problems for a delamination along the 0°/90° interface of fiber reinforced material. Mode separation permits determination of stress intensity factors. It may be noted that for cracks in homogeneous, isotropic materials, as well as isotropic bimaterials excellent agreement was found elsewhere between results determined by this method and those found in the literature.",

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AU - Banks-Sills, Leslie

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AB - In this investigation, the conservative M-integral is extended to treat thermal-elastic, mixed mode problems for a delamination along the 0°/90° interface of fiber reinforced material. Mode separation permits determination of stress intensity factors. It may be noted that for cracks in homogeneous, isotropic materials, as well as isotropic bimaterials excellent agreement was found elsewhere between results determined by this method and those found in the literature.

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The conservative M-integral for a delamination along a 0°/90° interface: The thermal-elastic problem

Abstract

Conference

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