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29 Jul 2019: foam. In a parallel study, Schmidt and Fleck [24] simulated crack growth in a 2D hexagonal. ... and Fleck [24] for a 2D hexagonal lattice made from a bi-linear elastoplastic solid.

6 Jul 2005: θLθ0. [σt. 2 cos 2θ. sin 2θ0. ]dθ (24). and the energy balance can be written:.

7 Jul 2004: sf 0:2sfsr. rs! 3=2: 24. The fracture toughness of the foam scales with the. ... 24. Fleck, N. A., Kang, K. J. and Ashby, M. F., Actamater., 1994, 42, 365.

17 Dec 2021: exp(αnx)Bi2 Bi α2nh. 2a. (24). 14. If Bi 1, then α1ha 1, tan(α1ha) α1ha and α1ha. ... Bi, see (23). Upon considering only the leading term in the series, (24) simplifies to.

21 Jul 2017: Mater. Sci. 24, 1670-1682. Chow C.L., Xian X.J., Lam J., 1990. ... Containing Cracks, Open and Filled Holes. J. Compos. Mater. 24, 456-482.

14 Aug 2023: 150 GPa and Poisson ratio 0.3.[24] The cono-spherical diamond. indenter possessed a tip radius of 0.71 μm, a Young’s modulusof 1141 GPa and a Poisson ratio

19 May 2004: 22.96 22.597.64 40.58 35.72 32.93 29.85 27.80 24.12 23.16 21.50 20.60 20.2610.20 38.87 34.32 ... 23.45 23.0410.00 38.85 34.32 31.76 28.95 27.32 25.30 24.89 23.82 23.10 22.80.

1 May 2019: frequency equal to 0.1 Hz and a heating rate of 5 C/min, refer to [24] for details of the test procedure. ... Advanced Engineering Materials 6 (2004) 429–431. [24] F. Van Loock, N.

22 Dec 2008: Received 21 December 2007; final version received 24 February 2008). A theoretical framework is given for predicting the effect of microstructural sizeon the strength of N-phase periodic composites. ... R. Soc. A 463 (2007) p.907. [24] M.I. Idiart and P.

21 Jan 2022: The predictions. assume the observed microstructure of Fig. 1c. 24. Fig.