Metodo de Newman

8/20/2019 Metodo de Newman

1/23

K1 500 W1 500

K2 400 W2 500

K3 300 W3 400

0.510 0.000 0.000

M 0.000 0.510 0.000 K0.000 0.000 0.408

7

1 X 1 2.008362 F/ω^2 0.510 1.0253 V/ω^2 2.639 2.1294 ΔY/ω^2 0.00528 0.005325 Y/ω^2 0.00528 0.010606 ω^2 189.45 189.45

ω^2 187.890976

ω 13.70733

T 0.45838132


2/23

V1 f1+f2+f3

V2 f2+f3

V3 f3

900 -400 0

-400 700 -3000 -300 300

2.705777409 VALORES DE X PARA LA 2DA ITERACION1.104 1.00000 0.00528 0.005 1

1.104 2.008 0.01060 0.01428 2.70577741

0.00368

0.01428

189.45


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METODO DE HOLZER

K(ton/c !ω^25"" 4""

SUPUESTA

M((ton#$%&'2!/c ! " 4") " 4")

500

X 1 1.74

ΔX 1 0.74

V 500 296

F 204 355

600

X 1 1.64

ΔX 1 0.64

V 500 255

F 245 401

560

X 1 1.68

ΔX 1 0.68

V 500 272

F 228 384

563

X 1 1.68

ΔX 1 0.68

V 500 270

F 230 385


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RES !U"

3""

" 2"41.54

216.394

-0.19653333

-59

157

1.15

286.794

-0.48594133

-146

141

1.31

261.169

-0.37350741

-112 ω^2 RES !U"

149 500 216.3941.29

263.206

560 261.169

-0.38209394 563 263.206

-115 600 286.794

149


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METODO DE HOLZER

K(ton/c !ω^22"" 2""

SUPUESTA

M((ton#$%&'2!/c ! " 4") " 4")

2000

X 1 -2.08

ΔX 1 -3.08

V 200 -616

F 816 -1699

1950

X 1 -1.98

ΔX 1 -2.98

V 200 -596

F 796 -1576

1900

X 1 -1.88

ΔX 1 -2.88

V 200 -576

F 776 -1456

1850

X 1 -1.78

ΔX 1 -2.78

V 200 -555

F 755 -1341

1800

X 1 -1.67

ΔX 1 -2.67

V 200 -535

F 735 -1229

1750

X 1 -1.57

ΔX 1 -2.57

V 200 -514

F 714 -1122

1700

X 1 -1.47

ΔX 1 -2.47

V 200 -494

F 694 -1020

1650

X 1 -1.37

ΔX 1 -2.37

V 200 -473

F 673 -921

1600

X 1 -1.27

ΔX 1 -2.27

V 200 -453

F 653 -826

1550

X 1 -1.16

ΔX 1 -2.16

V 200 -433

F 633 -736

1500

X 1 -1.06

ΔX 1 -2.06

V 200 -412


6/23

F 612 -650

1450

X 1 -0.96

ΔX 1 -1.96

V 200 -392

F 592 -568

1400

X 1 -0.86

ΔX 1 -1.86V 200 -371

F 571 -490

1350

X 1 -0.76

ΔX 1 -1.76

V 200 -351

F 551 -416

1300

X 1 -0.65

ΔX 1 -1.65

V 200 -331

F 531 -347

1250

X 1 -0.55

ΔX 1 -1.55V 200 -310

F 510 -281

1200

X 1 -0.45

ΔX 1 -1.45

V 200 -290

F 490 -220

1150

X 1 -0.35

ΔX 1 -1.35

V 200 -269

F 469 -163

1100

X 1 -0.24

ΔX 1 -1.24V 200 -249

F 449 -110

1050

X 1 -0.14

ΔX 1 -1.14

V 200 -229

F 429 -61

1000

X 1 -0.04

ΔX 1 -1.04

V 200 -208

F 408 -17

950

X 1 0.06

ΔX 1 -0.94V 200 -188

F 388 24

900

X 1 0.16

ΔX 1 -0.84

V 200 -167

F 367 60

X 1 0.27


7/23


8/23

F 82 130

150

X 1 1.69

ΔX 1 0.69

V 200 139

F 61 104

100

X 1 1.80

ΔX 1 0.80V 200 159

F 41 73

50

X 1 1.90

ΔX 1 0.90

V 200 180

F 20 39

0

X 1 2.00

ΔX 1 1.00

V 200 200

F 0 0

X 1 2.00

ΔX 1 1.00V 200 200

F 0 0

2000 -3592.722

1950 -3105.912

1900 -2659.391

1850 -2251.566

1800 -1880.842

1750 -1545.627

1700 -1244.326

1650 -975.346

1600 -737.0931550 -527.973

1500 -346.392

1450 -190.758

1400 -59.475

1350 49.049

1300 136.408

1250 204.197

1200 254.008

1150 287.436

1100 306.074

1050 311.516

1000 305.356950 289.187

900 264.603

850 233.198

800 196.566

750 156.300

700 113.994

650 71.242

0 500

-4000.000

-3500.000

-3000.000

-2500.000

-2000.000

-1500.000

-1000.000

-500.000

0.000

500.000

1000.000


9/23

600 29.637

550 -9.226

500 -43.755

450 -72.355

400 -93.432

300 -106.645

250 -95.593200 -70.644

150 -30.204

100 27.321

50 103.524

0 200.000


10/23

#1 400 $1

RES !U"

#2 400 $2

)" #3 200 $3

" 2"411.46

-3593

13.5370679

1083

4676

10.27

-3106

12.2459392

980

4086

9.13

-2659

11.0068721

881 ω^2 RES !U"

3540 2000 -3592.7228.04

-2252

1200 254.008

9.81986672 1250 204.197

786 100 113.994

3037 0 -3592.722

7.01

-1881

-100

8.68492295 -200

695 -300

2576 -400

6.03

-1546

7.60204082

608

21545.10

-1244

6.57122032

526

1770

4.23

-975

5.59246147

447

1423

3.40

-737

4.66576426

373

11102.63

-528

3.7911287

303

831

1.91

2.96855477

237


11/23

584 -346

1.24

-191

2.19804248

176

367

0.62

-59

1.47959184118

178

0.06

49

0.81320283

65

16

-0.45

136

0.19887547

16

-120

-0.91

204

-0.36339025-29

-233

-1.32

254

-0.87359434

-70

-324

-1.68

287

-1.33173678

-107

-394

-1.98

306

-1.73781758-139

-445

-2.23

312

-2.09183673

-167

-479

-2.43

305

-2.39379425

-192

-497

-2.58

289

-2.64369013-211

-501

-2.68

265

-2.84152436

-227

-492

-2.72


12/23

-2.98729696

233

-239

-472

-2.71

197

-3.08100791

-246

-443-2.65

156

-3.12265723

-250

-406

-2.54

114

-3.1122449

-249

-363

-2.38

71

-3.04977093

-244

-315-2.16

30

-2.93523532

-235

-264

-1.89

-9

-2.76863807

-221

-212

-1.57

-44

-2.54997918

-204

-160-1.20

-72

-2.27925864

-182

-110

-0.77

-93

-1.95647647

-157

-63

0.23

-107

-1.1547272

-92

140.81

-96

-0.6757601

-54

42

1.45

-0.14473136

-12


13/23

59 -71

2.13

-30

0.43835902

35

65

2.87

27

1.0735110486

59

3.66

104

1.7607247

141

37

4.50

200

2.5

200

0

4.50

200

2.5200

0

000 1500 2000 2500

Column C


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15/23

0.40816327

0.40816327

0.20408163


16/23


17/23


18/23


19/23


20/23

K1 500 W1 500

K2 400 W2 500

K3 300 W3 400

0.510 0.000 0.000

M 0.000 0.510 0.000 K0.000 0.000 0.408

6

1 X 1 2.008372 F/ω^2 0.510 1.0253 V/ω^2 2.639 2.1294 ΔY/ω^2 0.00528 0.005325 Y/ω^2 0.00528 0.010606 ω^2 189.44 189.45

7

1 X 1 2.008362 F/ω^2 0.510 1.0253 V/ω^2 2.639 2.1294 ΔY/ω^2 0.00528 0.005325 Y/ω^2 0.00528 0.010606 ω^2 189.45 189.45

8

1 X 1 2.008362 F/ω^2 0.510 1.0253 V/ω^2 2.639 2.1294 ΔY/ω^2 0.00528 0.005325 Y/ω^2 0.00528 0.010606 ω^2 189 189

9

1 X 1 2.008362 F/ω^2 0.510 1.0253 V/ω^2 2.639 2.1294 ΔY/ω^2 0.00528 0.005325 Y/ω^2 0.00528 0.010606 ω^2 189.4460389 189.4460429

10

1 X 1 2.008362 F/ω^2 0.510 1.0253 V/ω^2 2.639 2.1294 ΔY/ω^2 0.00528 0.005325 Y/ω^2 0.00528 0.010606 ω^2 189.4460441 189.4460447

11

1 X 1 2.008362 F/ω^2 0.510 1.0253 V/ω^2 2.639 2.1294 ΔY/ω^2 0.00528 0.005325 Y/ω^2 0.00528 0.010606 ω^2 189.4460449 189.446045


21/23

ω^2 188.450613

ω 13.72773

T 0.45770019


22/23

V1 f1+f2+f3

V2 f2+f3

V3 f3

900 -400 0

-400 700 -3000 -300 300


1.104 2.008 0.01060 0.01428 2.70580896

0.00368

0.01428

189.45


1.104 2.008 0.01060 0.01428 2.70577741

0.00368

0.01428

189.45


1.104 2.008 0.01060 0.01428 2.70577242

0.00368

0.01428

189

2.705771629 VALORES DE X PARA LA 2DA ITERACION1.104 1.00000 0.00528 0.005 11.104 2.008 0.01060 0.01428 2.70577163

0.00368

0.01428

189.4460476


1.104 2.008 0.01060 0.01428 2.7057715

0.00368

0.01428

189.4460455


1.104 2.008 0.01060 0.01428 2.70577148

0.00368

0.01428

189.4460451


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Metodo de Newman

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