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1991 (EN)

Plane impact of a cracked viscoelastic body (EN)

Georgiadis, HG (EN)
Theocaris, PS (EN)
Mouskos, SC (EN)

The transient elastodynamic stress intensity factor was determined for a cracked linearly viscoelastic body under impact. The body is of infinite extent and contains a finite length crack. A plane step pulse strikes the crack and stress wave diffraction takes place. The solution was obtained from Sih's elastodynamic analysis through the correspondence principle and the use of the Dubner-Abate-Crump Laplace-transform inversion technique. Numerical results were given for the standard linear solid. © 1991. (EN)

journalArticle (EN)

Viscoelasticity (EN)
Physics - Solid State (EN)
Mechanics - Continuous Media (EN)
Engineering, Multidisciplinary (EN)
Dubner Abate Crump Technique (EN)
Mathematical Transformations - Applications (EN)
Viscoelastodynamic Cracks (EN)
DAC Technique (EN)
Dynamic Fracture Mechanics (EN)
Transient Elastodynamic Stress Intensity Factor (EN)


International Journal of Engineering Science (EN)

English

1991 (EN)

177 (EN)
2 (EN)
29 (EN)
ISI:A1991EY08600003 (EN)
171 (EN)
0020-7225 (EN)

PERGAMON-ELSEVIER SCIENCE LTD (EN)




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