The experimental results show that (I) X, of two thin sheet aluminum alloys are valid; they\_ are I?, = 201.39 kg/mm"\* and l?,, = 208.31 kg/mm"2 of Lyl22c2(1), K, =226.18kg/mm"2 and K,,= 234.55 kg/mm3" of Lc4 -cs; (2) the R-curves of the four thin sheet aluminum alloys are independent of the initia
Displacement fields for mixed mode elastic-plastic cracks
โ Scribed by G.A. Kardomateas
- Publisher
- Elsevier Science
- Year
- 1986
- Tongue
- English
- Weight
- 202 KB
- Volume
- 25
- Category
- Article
- ISSN
- 0013-7944
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โฆ Synopsis
EXTENDED the HRR[2, 31 singularity by giving the dominant singularity solutions governing the asymptotic stress and strain field of a stationary crack for the mixed Mode I and II case. In terms of a stress-strain law of the form 0 = 0 #, with Mode I mixity parameter iW, a far-field path independent integral .Z and the scalar function Z,,,(MP), the displacement and strain components at r, 8 can be written[4] :
๐ SIMILAR VOLUMES
The dynamical processes of the nucleation and propagation of stress corrosion cracking (SCC) of low-alloy steels with a wide range of tensile strength in gas and aqueous solution of HZ.7 were followed metallographically by using a polished WOL type constant deflection specimen. The results show that
Mode-I crack growth in an elastic perfectly-plastic material under conditions of genera&d plane stress has been lnvestigatcd. In the plastic loading zone, near the plane of the crack, the stresses and strains have been expanded in powers of the distance, y, to the crack line. Substitution of the exp