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14 Feb 2003: An. A. A. B. B. C. C. η. ξw. Fig. 12 Wrinkle details for T1/T2 = 4. ... a) (b). (c) (d). Fig. 13 Shapes of membrane for T1/T2 equal to (a)1, (b) 2, (c) 3, (d) 4.

22 Mar 2010: 19. Strips a–a and b–b are parallel to. the x- and y-axes respectively, while u–u and v–v areat 458. ... To these must be added. the moments from a–a and b–b to give the total.

19 Apr 2004: σ. (11). The A and B stiffness matrices of CLT and are given by. ( ). ( ). ... grad gradK D D u uψ = = b b b b (23) where b is the unit vector in the direction of the derivative.

11 Jul 2007: a-a and b-b are parallel to the x- and y- axes respectively, while u-u and v-v are at 45. ... To these must be added the moments from a-a and b-b to give the total moment field, which must be compared with the moment capacity described above.

20 Mar 2006: shown) and (b) deployed. 22. 6 Elementary transformations between coordinate systems for a rod. ... A B. (b)(a). zC. CZ. zA. O. A. v1. rod 1.

22 Aug 2001: The. tests were preformed using cones with different diameters B in calibration chambers with. ... 40 60. Diameter ratio, D/B. (b). 80 100. Figure 14: Relationship between qc and diameter ratio, $$.

7 Jul 2002: Zone of highparticle breakage. 80 mm2.5 B. B. 0. 20. 40. ... Cumulative percent by volume. Virgin soil. Soil adjacent to pile. a) b) Figure 5.

16 Nov 2006: Amsterdam: Elsevier. Clough, G. W. & Schmidt, B. (1981). Design and performance ofexcavations and tunnels in soft clay. ... Géotechnique 43, No.2, 315 – 320. Peck, R. B. (1969). Deep excavations and tunnelling in soft ground.Proc.

14 Dec 2001: Stroud (1971) and Lee (1990) present data for Leighton Buzzard fraction B silica sand. ... B. h. ‘far’ ‘near’. 1.5Β3.5Β. Silica sandCarbonate sand. ‘far’. ‘near’. ‘near’.

9 Apr 2004: 1(b), in which case the edges of the tapespring are subject to tensile stresses. ... . N.M.  =. . A. B. B. D. . .

2 Apr 2007: 7 8 9. (b). 5 6 7. 9 10 11. 13 14 15. ... 13. 16. 1514. A. B. (b) Parent lattice realisation. Figure 7.

2 Aug 2011: Fig. 4(a) shows a stable boundaryXX between two adjacent zones, a and b. ... 5453 53. 54. 42. 41. 4039. Fig. 15. Contour map of varying under rough circular footingon sand with no surcharge: (a) B 0.4 m; (b) B 1.42 m;(c)

20 Mar 2012: Rel. hum. idity. : %A. A. A. A. A. B. B. ... B. B. B. C. C. C. C. C. D. D. D.

5 Jan 2004: B,. S. B,. B. d50, etc:. (4). where D and S refer to the geometry of the test(D is the container diameter, and S is the distancefrom the nearest wall ... D/B: container size effect. S/B: side boundary effect in rectangular container.

17 Aug 2001: spudcan penetration vSpUD divided by spudcan diameter B. In Figures 8(a,b),. ... moment-rotation responses for the spudcans, where Ahi/B is the change of.

18 Jan 2006: Test CDTest FDPipe. B. B. C. A A. C:. Pipe displacement, v=1mm. ... v=3mm (peak resistance). v=7mm. Key:. C. B:. A:. Figure 5. Incremental vertical movement above the pipe centerline.

22 Aug 2001: 6 6 04 1iT dural base plate. r u b b e rm dural. ... msec]. 2. OZ. - 2. Max=1 6.6. Ml=-17.0. Mox=B. 1.

23 Feb 2006: 0.5. 0. 0.5. 0 100 200 300 400. (a) (b). (c) (d). ... B. B. C. C. O. Figure 15. Wrinkled shape for T1 = 20 N and T2 = 5 N (amplified10 times).

3 May 2010: b) Work done per unit length of wall Figure 5 Unit work calculations. ... L=20, 25, 30, 35 and 40m. B/2=15, 20, 25 & 30m.

7 May 2002: unsaturated loamy sand and (b) two spills of DNAPL on saturated medium sand. ... b) 665-753 miD d) 1226-1313 miD. 180 180. 160 160. 140 140.