Search results

Alloy Tensile Strength (MPa) Yield Strength (MPa) Elongation (�) Ti-6Al-4V Min 896 Min 827 Min 12 Ti-4.5Al-3V-2Fe-2Mo Min 1007 Min 932 Min 10 Fig.2 Optical micrographs of as-received materials.

The bolt is divided into 581 hexahedral grids, and its nodes number is 896.

item stature 1735.5 36.2 1844.0 1680.0 1687.0 1730.0 1811.0 eye height 1619.0 38.7 1738.0 1463.0 1564.0 1614.0 1694.0 tragion height 1599.1 37.1 1712.0 1530.0 1546.0 1593.0 1674.0 ganthion height 1512.2 44.3 1786.0 1388.0 1454.0 1508.0 1586.0 shoulder height 1435.5 47.4 1560.0 1022.0 1384.0 1433.0 1504.0 crotch height 847.1 31.0 961.0 780.0 802.0 845.0 900.0 trochanter height 882.7 37.0 1012.0 763.0 825.0 880.0 944.0 popliteal eight 451.5 23.1 515.0 404.0 415.0 450.0 489.0 medial alleolus height 68.4 6.7 90.0 49.0 58.0 68.0 80.0 upper extremity length 762.5 29.4 848.0 581.0 718.0 764.0 805.0 upperarm length 342.0 26.7 424.0 151.0 313.0 344.0 375.0 forearm length 250.3 18.8 296.0 211.0 219.0 250.0 281.0 lower extremity length 947.4 39.1 1086.0 716.0 887.0 947.0 1006.0 thigh length 491.8 37.5 581.0 352.0 407.0 496.0 541.0 leg length 369.7 26.5 462.0 310.0 326.0 368.0 411.0 neck circumference 361.2 17.4 422.0 323.0 336.0 360.0 396.0 chest circumference 892.0 55.6 1071.0 673.0 810.0 896.0
979.0 waist circumference 772.8 53.1 1031.0 643.0 700.0 767.0 864.0 hip circumference 928.8 46.9 1270.0 739.0 866.0 926.0 993.0 biceps circumference 278.7 20.8 361.0 206.0 248.0 277.0 313.0 least rorearm circumference 257.0 13.8 302.0 218.0 236.0 256.0 284.0 wrist circumference 166.8 8.8 193.0 128.0 154.0 166.0 182.0 thigh circumference 536.6 30.0 629.0 451.0 493.0 534.0 587.0 calf circumference 374.4 21.6 452.0 307.0 341.0 374.0 410.0 ankle circumference 222.8 12.8 264.0 190.0 202.0 223.0 249.0 spinal breadth 240.5 20.5 307.0 187.0 206.0 239.0 273.0 chest breadth standing 285.0 22.2 346.0 235.0 255.0 283.0 324.0 akimodo 896.8 32.5 990.0 796.0 837.0 896.0 947.0 arms span 1724.2 51.1 1865.0 1571.0 1640.0 1723.0 1811.0 functional arms span 1477.3 51.1 1613.0 1337.0 1404.0 1477.0 1563.0 middle fingertip height ,over head 2159.7 80.2 2670.0 1571.0 2079.0 2154.0 2262.0 functional upwad reach with both arms 2033.9 56.6 2217.0 1763.0 1962.0 2026.0 2133.0 Table 2.

The resultant LUT-based PSAC occupies a storage memory size of (26×14= 896 bit) yields to a 256:1 memory compression ratio.

Management Science 34(7)，896-908

(a) (b) (c) Fig.1 Unconfined compressive strength for stabilized soils Table1　Ions concentration in pore solution and pH value of soils in different cement content(mmol/l) Soil Cement (%) pH K+ Na+ Ca2+ Al3+ OH- S2- Si2- K++Na+ BT 10 12.4 8·785 25·800 2·919 0·247 41·782 0·498 0·708 34·585 BT 12 12.6 12·985 33·896 2·089 0·300 73·93 1·003 1·022 46·880 BT 15 13.1 19·718 68·652 1·672 0·378 155·89 1·441 0·470 88·370 TT2 12 12.1 2.033 14.057 5.701 0.571 19.461 4.056 1.908 16.090 TT2 15 12.3 3.021 22.074 4.728 0.549 35.894 4.297 1.267 25.725 TT2 18 12.7 9.964 46.017 3.546 0.489 90.894 5.066 0.787 55.980 WT 12 12.0 29.297 57.991 2.660 2.500 37.024 0.656 0.473 87.289 WT 15 12.4 44.967 65.809 2.363 3.755 59.106 0.918 0.180 110.78 WT 18 12.8 69.346 91.596 1.961 8.125 127.34 1.070 1.096 160.94 TT1 15 12.2 7.095 31.465 2.924 2.632 46.888 7.589 1.296 38.56 TT1 18 12.5 8.672 56.704 2.727 3.669 62.011 7.292 2.307 65.376 TT1 20 12.8 19.485 90.661

Mechanical properties of Ti-8Al-1Mo-1V-0.2C tested in ambient temperature Alloy State UTS [MPa] YS [MPa] EL [%] RA [%] Ti-8Al-1Mo-1V-0.2C DA 1181 1141 17.6 33.9 STA 1258 1222 13.7 18.7 Ti-8Al-1Mo-1V [14÷17] DA 896÷950 827÷890 10.0 - STA 1180 1070 17.0 26.0 Short-term creep tests (Fig. 5) carried out for the tested alloy at 500ºC and 300 MPa show that its creep resistance is higher in state after duplex annealing (DA).

Seo, Changes in the properties of anodic oxide films formed on titanium during long-term immersion in desaerated neutral solutions, Corrosion Science 42 (2000) 885-896

Yang: Finite element analysis of the residual stress by cold expansion method under the influence of adjacent holes, Journal of Materials Processing Technology, 153-154 (2004) 896-991 [7] "Standard Test Method for Measurement of Fatigue Crack Growth Rates", ASTM (1993) E 647-93

ELID grinding characteristics and surface modifying effects of aluminum nitride (AlN) ceramic, International Journal of Machine Tools & Manufacture 45 2005: 891-896. 4.