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Table 1 Characteristic of polyisobutylene Oil Index PB1300 PB2400 Density (20˚C )/(kg/m3) 896.0 905.0 Dynamic viscosity (20˚C )Pas 117.0 1050.0 Dynamic viscosity (100˚C )Pas 0.577 4.7 Refractive index 1.497 1.504 Testing rollers used are the same cylindrical rollers as Ref. [1], with a 10.0 mm diameter and 10.5 mm length, the surface roughness are about 1.32×10-2μm Ra.

SAFR /Nm3/h PAR /% EARC OCFG /% CCFA /% CCBA /% CE /% 1 1# 858 0 274.4 165.9 47.3 1.53 7.3 5.70 1.46 99.05 2 2# 860 0 269.6 147.0 51.7 1.55 7.4 4.60 2.42 98.69 3 3# 858 0 285.4 154.6 52.4 1.51 7.1 4.65 1.31 98.18 4 4# 845 0 264.8 141.1 51.8 1.57 7.6 3.30 1.32 98.15 5 5# 852 0 272.7 146.2 53.8 1.47 6.7 5.40 1.96 95.70 6 1# 877 2.4 272.8 151.4 52.0 1.56 7.5 2.67 1.55 98.58 7 2# 877 2.4 250.1 151.4 49.9 1.56 7.6 3.10 1.18 98.10 8 3# 879 2.4 273.4 138.0 53.5 1.40 6.0 3.50 1.66 97.34 9 4# 875 2.4 271.9 140.9 53.3 1.54 7.4 3.20 1.05 97.19 10 5# 877 2.4 280.6 146.6 53.6 1.47 6.7 3.40 1.67 96.13 11 2# 871 2.2 284.0 157.2 52.0 1.56 7.6 3.20 2.25 97.90 12 2# 876 2.6 237.0 147.6 49.1 1.40 6.0 3.40 2.12 97.68 13 2# 856 2.4 260.5 140.1 52.0 1.63 8.1 4.40 0.96 97.40 14 2# 894 2.4 263.4 150.7 51.2 1.52 7.2 1.91 1.34 98.73 15 4# 873 2.2 224.3 125.9 49.8 1.48 6.8 3.60 1.78 96.67 16 4# 874 2.6 270.6 146.5 52.3 1.51 7.1 3.10 1.21 97.15 17 4# 856 2.4 255.8 148.4 50.7 1.61 8.0 3.40 1.21 97.00 18 4# 896

Ser. 896: 012045 (2017)

Node(i) time/s dynamic response：move/m dynamic response：speed/m·s-2 dynamic response acceleration Spline collocation Newmark Spline collocation Newmark Spline collocation Newmark 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 5 -73.555 88 0.44 0.000 184 2 -0.000 249 2 0.049 513 1 0.089

., 76 (1993) 890-896

Properties of Al-6061 Physical Density Properties 2.700 gm/cm3 Mechanical Modulus of UTS Elongation Poisson’s ratio Properties Elasticity (E) 68.8 GPa 125 - 290 MPa 12 - 24 % 0.34 Thermal Melting Temperature Thermal conductivity Thermal expansion Specific heat capacity 584 0C 2.24*10-5 K-1 896 J/Kg K 32.5–38.2 ohm*m Properties The only chemical compound of silicon and carbon is SiC.

15 140 14,06 0,830 14,57 0,845 14,96 0,856 15,24 0,864 15,44 0,870 15,59 0,874 16 150 14,19 0,834 14,64 0,847 15,01 0,857 15,27 0,865 15,46 0,870 15,60 0,874 17 160 14,33 0,838 14,73 0,849 15,08 0,859 15,32 0,866 15,50 0,871 15,62 0,875 18 170 14,48 0,842 14,84 0,853 15,13 0,861 15,38 0,868 15,54 0,873 15,66 0,876 19 180 14,66 0,847 14,94 0,855 15,21 0,863 15,43 0,869 15,58 0,874 15,69 0,877 20 190 14,85 0,853 15,08 0,859 15,31 0,866 15,51 0,872 15,64 0,875 15,74 0,878 21 200 15,06 0,859 15,23 0,864 15,43 0,869 15,60 0,874 15,72 0,878 15,81 0,880 22 210 15,25 0,864 15,41 0,869 15,55 0,873 15,68 0,877 15,78 0,879 15,86 0,882 23 220 15,44 0,870 15,57 0,873 15,70 0,877 15,79 0,880 15,88 0,882 15,95 0,884 24 230 15,63 0,875 15,74 0,878 15,85 0,881 15,96 0,885 16,03 0,887 16,09 0,888 25 240 15,82 0,881 15,91 0,883 16,00 0,886 16,07 0,888 16,14 0,890 16,19 0,891 26 250 16,01 0,886 16,09 0,888 16,15 0,890 16,21 0,892 16,27 0,893 16,31 0,895 27 260 16,16 0,890 16,24 0,893 16,27 0,893 16,36 0,896

Tingey, Effect of tool centreline deviation on the mechanical properties of friction stir welded DH36 steel, Materials and Design, (2015), vol. 65, 896-906

Annual effect of glazing types ranked from worst to better indoor thermal temperature in un-ventilated room Code Glazing Type Number of Hours Tc < 28.6oC % hours of Tc/year Full Day Day- Time Night- Time Full- Day Day- Time Night- Time G 1 S_Clear 2048 755 1293 23.4% 17.2% 29.5% G 3 D_Clear 2486 896 1590 28.4% 20.5% 36.3% G 5 D_Low-e 2711 999 1712 30.9% 22.8% 39.1% G 2 S_Reflective 3540 1231 2309 40.4% 28.1% 52.7% G 4 D_Reflective 4174 1518 2656 47.6% 34.7% 60.6% G 6 D_coated_ Reflective 4230 1560 2670 48.3% 35.6% 61.0% To 5969 2366 3603 68.1% 54.0% 82.3% Total Annual Hours 8760 4380 4380 Table 3.

Material Tensile Strength (MPa) Density (g/cm3) Tensile Modulus (GPa) Elongation % Polypropylene E-glass S-glass Carbon fiber Spider silk Aramid (Kevlar or Twaron) UHMWPE (Dyneema or Spectra) Vectran Zylon (PBO) Nylon 500 2750 4710 4000 2000 3200 3400 3200 5800 896 0.829 2.57 2.48 1.75 1.3 1.44 0.97 1.4 1.54 - 2 73 - 131 30 131 111 75 180 5.17 6 2.5 2.8 2.8 30 4 4-5 - - - Today’s version of materials for hard armor panels includes ceramic tiles, metal plates, and silicone carbide or boron carbide plates [1].