... 2. 211566 2. 2 126 60 2. 213754 2. 214846 2. 215937 2. 217 027 2. 218116 9 .2 2 .21 920 3 2. 220 290 2. 221 375 2. 222 459 2. 223 5 42 2 .22 4 624 2. 225 704 2. 226 783 2. 227 8 62 2 .22 8939 9.3 2. 230014 2. 231089 2. 2 321 63 2. 23 323 5 ... 2. 255493 2. 256541 2. 257588 2. 258633 2. 259678 2. 260 721 9.6 2. 261763 2. 2 628 04 2. 263844 2. 264883 2. 265 921...
Ngày tải lên: 05/08/2014, 12:20
... 127 4.30 39 21 .31 760.38 1849. 82 89 41.67 1554.14 125 8. 82 40 21 .80 778.84 18 42. 12 90 41.99 1566.65 124 3 .22 41 22 .29 797 .22 1834 .24 91 42. 30 1579.01 122 7.49 42 22. 78 815. 52 1 826 .18 92 42. 61 1591 .20 121 1.64 43 ... 2 2 1 ⁄ 4 456430 6056 12 2 1 ⁄ 4 2 1 ⁄ 2 4 1 ⁄ 2 5 1 ⁄ 2 6 1 ⁄ 2 3 82 72 5 1 ⁄ 2 713 2 1 ⁄ 2 2 3 ⁄ 4 5 6 1 ⁄ 2 7 318 84 6 8 14 3...
Ngày tải lên: 05/08/2014, 12:20
Machinery''''s Handbook 27th Episode 1 Part 7 ppt
... 1.00 2. 00 1.00 2. 00 1.50 2. 00 5.00 Co ……5.00 ……5.00 5.00 Heat-Treatment Data Hardening Temperature Range, °F 23 00– 23 75 23 00– 23 75 23 00– 23 75 23 25– 23 75 23 25– 23 75 23 00– 23 75 22 00– 23 00 Tempering ... Steel 22 1.1 430 Very pale yellow 26 5.6 510 Spotted red-brown 22 6.7 440 Light yellow 27 1.1 520 Brown-purple 23 2 .2 450 Pale straw-yellow 27 6.7 530 Li...
Ngày tải lên: 05/08/2014, 12:20
Machinery''''s Handbook 27th Episode 1 Part 10 pptx
... 1. 625 4 2. 125 3 2. 8759 0.008 1.73 42 2 .23 41 2. 98 42 0.064 1. 623 4 2. 123 3 2. 8739 0.009 1.7 322 2. 2 321 2. 9 823 0.065 1. 621 5 2. 121 3 2. 8719 0.010 1.73 02 2 .23 02 2.9803 0.066 1.6195 2. 1194 2. 8699 0.011 1. 728 2 2. 228 2 ... 0.379 2. 25 62 0 .26 6 1. 724 8 2. 4770 0. 323 … 2. 3655 0.380 2. 25 42 0 .26 7 1. 722 8 2. 4751 0. 324 … 2. 3636 0.381 2. 2 523...
Ngày tải lên: 05/08/2014, 12:20
Machinery''''s Handbook 27th Episode 3 Part 2 pps
... 0 .24 90 0 .24 23 — 0 .22 49 0 .22 14 0 .20 49 2B 0 .21 0 0 .21 9 0 .22 59 0 .23 04 0 .25 00 1 ⁄ 4 28 UNF 1A 0.0010 0 .24 90 0 .23 92 — 0 .22 58 0 .22 08 0 .20 64 1B 0 .21 1 0 .22 0 0 .22 68 0 .23 33 0 .25 00 2A 0.0010 0 .24 90 0 .24 25 ... 0 .22 58 0 .22 25 0 .20 64 2B 0 .21 1 0 .22 0 0 .22 68 0 .23 11 0 .25 00 3A 0.0000 0 .25 00 0 .24 35 — 0 .22 68 0 .22 43 0 .20 74 3B 0 .21 10 0 .21 90 0...
Ngày tải lên: 05/08/2014, 12:20
Machinery''''s Handbook 2th Episode 4 Part 2 pptx
... 2. 95 × 1 32 38.8 21 .83 12. 440 1.035 0.650 322 0 29 5 9. 12 333 53.5 2. 93 × 122 35.9 21 .68 12. 390 0.960 0.600 29 60 27 3 9.09 305 49 .2 2. 92 × 111 32. 7 21 .51 12. 340 0.875 0.550 26 70 24 9 9.05 27 4 44.5 2. 90 × ... 0.7309 2 1 ⁄ 2 2. 323 2. 875 0 .27 6 2. 254 7.661 1.836 50.86 0 .22 02 33.98 4.5 42 1. 924 0. 924 1.339 3 2. 900 3.500 0.300 3.016 10 .25 2. 861...
Ngày tải lên: 05/08/2014, 12:20
Machinery''''s Handbook 2th Episode 4 Part 9 pptx
... 169 20 Cutting Speeds, Feeds, And Machining Power 196 21 Numerical Control 20 5 22 General Review Questions 21 2 23 Answers To Practice Exercises 22 1 INDEX 25 4 SECTION PAGE CONTENTS Guide to Machinery& apos;s ... = 22 .5 degrees. The sine of 22 .5 degrees from a calculator is 0.3 826 8; hence, the 2. 156 0.05607 diameter×= Diameter 2. 156 0.05607 - 3 8.4 52 inches== Guide t...
Ngày tải lên: 05/08/2014, 12:20
Tài liệu Electric Machinery Fundamentals docx
... 1.033 28 1.48 1.067 28 2.94 1.1 28 4 .28 1.133 28 5.48 1.167 28 6.54 1 .2 287.3 1 .23 3 28 7.86 1 .26 7 28 8.36 1.3 28 8. 82 1.333 28 9 .2 1.367 28 9.375 1.4 28 9.567 1.433 28 9.689 1.466 28 9.811 ... 0.533 21 4. 52 0.567 22 3.06 0.6 23 1 .2 0.633 23 8 0.667 24 4.14 0.7 24 9.74 0.733 25 5.08 0.767 25 9 .2 0.8 26 3.74 0.83...
Ngày tải lên: 24/12/2013, 08:16
Electric Machinery Fundamentals Power & Energy_2 potx
... ( ) ( ) 100 0 V 10 36.87 A 0 .20 0.750 106 .2 2.6 V P j=∠°+∠− ° Ω+ Ω= ∠°V The excitation current of this transformer is EX 106 .2 2.6 V 106 .2 2.6 V 0.354 2. 6 1. 328 87.4 300 80 CM j ∠° ∠° =+=+=∠°+∠−° ΩΩ III ... being flux. load p 22_ mag.dat; mmf_data = p 22( :,1); flux_data = p 22( : ,2) ; % Initialize values S = 1000; % Apparent power (VA) Vrms = 24 0; % Rms voltage (...
Ngày tải lên: 21/06/2014, 21:20
Electric Machinery Fundamentals Power & Energy_3 docx
... Regions 2 and 3 will be as shown above. The base impedances of each region will be: ( ) 2 2 1 base1 base1 3 3 27 7 V 0 .23 8 1000 kVA V Z S φ == = Ω () 2 2 2 base2 base2 3 38314 V 20 7.4 1000 ... base 2 pu on base 1 2 base 2 base 1 ( , , ) ( , , ) VS RX Z RX Z VS = (2- 60) ()( ) ()( ) 2 2,pu 2 8314 V 1000 kVA 0. 020 0.040 8314 V 500 kVA R == ()( ) ()( )...
Ngày tải lên: 21/06/2014, 21:20