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Pattern Recognition, 2006, Vol. 39, No. 1, pp. 889-896

Computer Communications, 2009, 32(5): 896-906 [10] Wu, YS., Wang, W., Shen, YM.

Table 1 The load of rolling element 1~5 when the axial force varies Rolling element number Axial force(N) 0 268 282 326 397 447 1 875 891 892 896 912 926 2 97 118 124 144 169 186 3 0 0 0 0 15 28 4 0 0 2 18 41 56 5 0 21 26 35 55 70 Assume that Fr changes from 0N to 1000N.

node(i) time/s Dynamic response:displacement /m Dynamic response: velocity /m·s-2 Dynamic response: Acceleration /m·s-2 Spline collocation method Newmark method Spline collocation method Newmark method Spline collocation method Newmark method 0 0 0 0 0 0 0 0 8 0.04 0.002 506 5 0.002 474 5 0.073 368 4 0.078 709 6 -2.919 54 -1.027 87 16 0.08 0.005 047 7 0.005 054 7 0.064 520 4 0.061 363 3 0.627 814 0.435 012 24 0.12 0.007 631 1 0.007 631 1 0.064 023 7 0.0649 320 -0.039 524 4 -0.134 837 32 0.16 0.010 204 4 0.10 204 0 0.064 419 9 0.064 253 1 -0.012 032 6 0.036 215 1 40 0.20 0.002 831 1 0.001 550 6 0.454 487 0 0.740 340 -270.626 -203.016 48 0.24 -0.003 131 7 -0.002 972 5 -0.004 581 2 -0.202 119 3.826 25 3.485 7 56 0.28 -0.005 006 -0.004 918 2 -0.094 175 7 -0.044 461 89 -0.573 857 -12.905 4 64 0.32 -0.007 619 7 -0.007 665 -0.059 896 2 -0.066 103 4 -1.309 88 2.898 19 72 0.36 -0.008 128 1 -0.007 362 1.183 71 1.068 99 499.520 452.813 80 0.40 0.000 379 6 0.001 422 5 -0.410 275 -0.331 548 16.253

Wayman, Characteristic temperatures and other properties of thermoelastic martensites, Acta Met. 22 (1974) 887-896

Chem. 2002, 12:890-896

Energy Policy, 2005, 33(7): 885-896(in Chinese) -,[] Dadi Zhou, Yuan Guo,Yingyi Shi, et al.

1 Moreover, at the node, using geometrical approximations and as shown in fig. 1-right 1.6Req+Ls=L ⇒ 1.6αeq+β=1 where, αeq=ReqL and β=LsL (2) Table 1 - Representation of various strut shapes, porosities and their characteristic dimensions Geometrical Characterstics Flow Characterstics ETC at LTE Shape ε (%) ds or A (mm) αeq=ReqL β=LsL ac (m-1) KDarcy (x10-8, m-2) βForchemmier (m-1) λs/λf ETC* (W/mk) Circular 60 1.212 0.429 0.341 982 6.01 1157 1000 2526 70 1.006 0.356 0.447 960 9.03 748 1000 1703 80 0.789 0.279 0.563 873 13.5 408 1000 1011 Rotated Square 80 0.694 0.491 0.563 996 12.40 730 1000 1016 85 0.589 0.416 0.628 906 15.60 557 1000 716 90 0.470 0.332 0.702 779 20.00 347 1000 446 Diamond 80 0.752 0.532 0.563 1070 13.80 740 1000 1024 85 0.637 0.450 0.628 974 16.60 611 1000 724 95 0.349 0.247 0.794 627 27.70 221 1000 211 Star 75 0.347 0.246 0.504 1399 8.05 1502 1000 1360 80 0.305 0.215 0.563 1314 10.90 896

The endothermic peaks observed at (755, 750 and 764 °C), (882, 890 and 896 °C) and at (1031, 1030 and 1029 °C) correspond to the decomposition of dolomite and calcite structure (Bensalem et al., 2014; Fang et al., 2010; Gunasekaran and Anbalagan, 2007).

Res. 896, 95–99 (2014)