2 57MW 2 57MW 2 57MW SE Boussinesq 5 5 1 SE 200 50 H1%=8.37m 2 SE 200 50 H1%=7.46m 3 E ESE SE S SSW 2 300MW 2 135MW 2 300MW 432
3km 4 600MW 4 900MW 12 km 45km 50cm Lr =53.44 1 2 3 e>0.5m 433
5 1976 3 4 100 1 2 1~4 e=0.2m e=0.4m 8 e=0.4m 3 e 0.4m 8 4 14 1.51m 8 15-1.69m 5 6 B 50 m 3 /d A 2000 1 20 m 3 /d B 1 B P=10% 1% 4% 4.2% 0.004 0.007m B 26km ( 434
2km) 2 P 1 10% 9 13 14 16 18 20 22 26 27 31 0.03 0.05m/s 24 0.06 0.13m/s -124 85 17 22 27 3 B P=1% 10% 0.001m/s B B B 4 B B B 60m 90m, - 1 2 2 1 0.87 ( ),1.3 ( ) 0.72 ( ),0.94 ( 2 0.9 ( ) 0.2 0.4 3 Q=2.81m3/s, 3 0.023 km2, 1 0.159km2 Q=5.62m3/s, 3 0.079 km2, 1 0.55km2 4 1.0m -4.0m 435
500KV 500T 500KV 18+750 0.003 0.005m 0.09% 0.12% 0.01% 200m 5000 P=20% P=1% 0.62% 0.97% 0.003 0.005m P=20% P=1% 3.2 3.3% 26m 3 /s 41m 3 /s 0.3 0.8% 26m 3 41m 3 /s 97% 1998 12 1.61 10 4 m 3 0.01% 1.36 10 4 m 3 0.01% 0.01m/s 0.02% 0.002m/s 0.8% 436
100 m 3 /d 50 m 3 /d 1 P=10% 1% 4.61% 5.07% 0.002 0.004m 0.001m 15.7km 2 0.05m/s 180m 280m 200m 0.03m/s 230m 360m 400m 50m 33 437
2004 7 3 11 9 2 6000MW 4 600MW+4 900MW 4 600MW 90m 3 /s 222 m 3 /s 8 9.5, 45 m 3 /s 2 600MW 90 m 3 /s 4 600MW 222 m 3 /s 4 600MW+4 900MW 25 10.5 km 2 240km 2 Lr =500 Zr =100 e=5 1993 9 2004 1 2 T2 1.1 0.83 1.05 T2 0.66 0.80 4 600MW T2 0.6 0.8 2 600MW T2 0.32 0.42 3 2 600MW 0.5 21km 2 2.0 438
3.0km 2 4 600MW+4 900MW 0.5 70km 2 2.0 9.0km 2 4 5 4 600MW 4 900MW 6000MW 4 600MW+4 900MW 4 600MW 90m3/s 222 m3/s SSE 0 1.5 g/cm3 d=0.32mm λy=200 λz 80 λh 70 λq 3586 λt 2131 REFDIF ADCIRC 1 NNE S 2 0.022k g/m 3 1726 9225 kg/m.d 314.7 17852.2 kg/m.d 439
3 E 2.88 m3 4 5 E SSE E 6 3m 5 SSE 7 6.1s 20m 1.5m 0.02 kg/m3 97% SSE 10 2.3 10 0.1m 0.23m 10 0.08m 0.18m E SSE 2 24 0.31m 24 0.38m 10 24 0.04m 10 0.35m SSE E 5 10 50 E 10 24 0.08 m 0.17 m 0.21m 0.24 0.38 m 0.41m SSE 24 0.07 m 0.16 m 0.20m 0.57 m 0.65 m 0.84m 8 20m 1.5m 8 11 97% 10 8 11 9 10 97% 10 8 9 10 11 440
1090.5m 6 T 7 2 5 300 4.78% 5.24% 3 50m 0.35cm 0.39cm 1491.5m 83+150+83m 2 7 5 300 5.12% 4.86% 2 3 0.46cm~0.51cm 6o 441
2 28.5m 1150m + 7 2 5 5 300 8.98% 2 1.6cm 1.8cm 8o 10o 442
350m 16 1 1 2 20 200 13.9% 21.4% 2 1 10cm 12cm 27% 1 1 98.6 99.7 2001.2 0.33% 0.5% 1% 2% 5% 10% 1 0.005 0.003 A 300 8mm 54mm/s 2 0.004m 0.002m 3 4 5 443
444 6 98.6 99.7 2001.2 0.33% 0.5% 1% 2% 5% 10% 1 0.005 0.003 A 300 8mm 54mm/s 2 0.004m 0.002m 3 4 5 6
445 P=0.5% 1% 2% 5% P=0.5% 0.0065m -0.001m/s 0.028m/s -0.0037 P=1% P=2% P=5% P=0.5% 1% 2% 5% P=0.5% 12.06m 3 /s 0.026m 0.277m/s 19.77m 3 /s 0.042m 0.468m/s 14 16cm 0.42 0.47m/s 27 28% 150m
P=0.5% 1% 2% 5% P=0.5% 1% 2% 5% P=0.5% 18.01m 3 /s 0.018m 0.102m/s 7.1% 8.98% 150m 446
447 P=0.5% 1% 2% 5% P=0.5% 1% 2% 5% P=0.5% 15.65m 3 /s 0.051m 0.035m/s P=0.5% 1% 2% 5% P=0.5% 1% 2% 5% P=0.5% 15.65m 3 /s 0.051m 0.035m/s
1# 7# 1# 7# P=0.5% 1% 2% 5% P=0.5% 0.0172m -0.0023m/s 0.0552m/s -0.0119 P=1% P=2% P=5% 1# 7# 448
449 P=0.5% 1% 2% 5% 4% 3% 3% 2% 83 85 82 P=0.5% 1% 2% 5% 2.5mm 37mm/s 1.6mm 31mm/s 98.6 99.7 2001.2 0.33% 0.5% 1% 2% 5% 10%
4 10 150m 1082m 19 21 29m 58m 0.015m 52.4m 49.6m 26.52m 450
C C C 300 0.00023m -0.00002m/s 0.003m/s 0.001m 0.008m/s 8.91 10 4 14.22 10 4 m 3 0.017% 0.022% 8.98 10 4 14.99 10 4 m 3 0.009% 0.013% 5.29 10 4 11.03 10 4 m 3 0.01% 0.016% 3.46 10 4 8.69 10 4 m 3 0.007% 0.014% hm 1.5cm Vm 23cm/s L= H=35 900m 2 3 5.15m 451
6.00 8.00m 5.15~8.00m 1 2 3 4 4 2 5 2 4 2 4 2 1.147 m 3 3586 m 3 1958~2003 1737.68 m 3 48.46% 2004 1.034 m 3 5061 m 3 28.5 m 3 72m 3 /s 5kg/ m 3 36 m 3 /s 10kg/m 3 + + 20 624 m 3 309 m 3 30 936 m 3 585 m 3 50 1560 m 3 1160 m 3 73.3% 400 m 3 25.7% 452
15 28 m 3 /s 0.1% 0.17% 1 2.1 m 3 /s 0.13% 0.29% 0.008 0.009 m 0.006 0.007 m 1999.7.16 217.54 10 4 m 3 0.26% 194.57 10 4 m 3 0.22% 18.04 10 4 m 3 0.09% 14.4 10 4 m 3 0.5% 1+700 3+000 1+700 3+000 P=1% 2% 3.33% 5% 1999.7.16 1982.3.25 P=1% 2% 3.33% 5% P=1% 28.83m 3 /s 0.18% P=1% 8 0.0088m, 0.01% 0.1% 453
31.0 Pressimann + P=0.33% 0.5% 1% 2% 1.34m 1982 3 25 1999 7 16 31.0 454
Pressimann ADI + P=0.33% 0.5% 1% 2% 1.34m 1982 3 25 1999 7 16 Pressimann Galerkin Delaunay Pressimann Galerkin Delaunay 120m 160m -3.5m 455
0.9% 1.6% 5.8% 10.2% 0.07 0.15 0.42 0.96 0.07 0.16 0.09m 3 0.1m/s 140m 1000t Pressimann 1982.3.25 1999.7.16 37m 155m 65m 5~6m 124.30m 26 30 62% 10.5% 0.71 0.90, 1.53g/cm 3 1.38g/cm 3 1.56 10-3 cm/s 15~20m K 2.07 10-3 cm/s 3.32 10-4 cm/s 456
c 13.5kpa 24.8 c 10.0kpa 28.5 68% 6.6% 2.59 10-4 cm/s c 14.0kpa 31.8 2.95 10-4 cm/s K 15~20m 20m 80m 442m 3.5m 83.50m 16 20 64.6% 10.3% 0.80 0.92 1.46g/cm 3 1.37g/cm 3 3.24 10-3 cm/s 10~15m K 4.43 10-3 cm/s 3.31 10-4 cm/s c 13.0kPa 23.1 c 10.0kPa 27.0 47.8% 20.8% 1.50 10-3 cm/s c 10.0kPa 28.8 K 10~15m 1# 1km 126 457
41302 m 2 54 1136.49m Q4ml 1 0.5~7.6m Q4al 2-1 ~ 129kPa Q4al 2-2 ~ 0.80~3.30m 200kPa Q4pl+el 3 ~ 250kPa 52(3) (4-1) 350kPa 52(3) (4-2) 600kPa ~ 52(3) (4-3 4-4) ~ 2-1 2-2 (4-1) 2-1 3 (4-1) qsi qpi DBJ/T15-22-98 5.2.3 5.2.4 kpa qpi fk qsi 15m 15m Q ml (1) 50 0 Q al ~ (2-1) 130 20 (2-2) ~ 200 60 4000 4500 Q pl+el (3) ~ 250 45 4000 4500 2(3) 5 (4-1) 350 50 4300 4600 (4-2) 600 65 4500 4800 (4-3) 3000 (4-4) 5000 458
1998 2000 3 1 2 3m (31+700 32+200) (57+700 58+300) 5.0m 2.5m 2 3m 5 10cm 1/10 45.0 km 2003 4 2004 4 200.0 m 2000.0 m 100.0 m3 20.0 m 1.5 3.0 m 459
50.0 m 4 206.5 m 51.6 m 500 m 720.0 m 2002 120.0 m 602.0 m 14.7 m 20.0 1.5~2.0 15 378.9 m 5 460
21.20km 80km/h 21.20km 3 17 4 74345 3507 2 95% 3.31 t 38% G107 100 80 km/h 14.80km 8.146km 324.16m/1 84.0m/2 1 2 2.876 3531 1.5 461
PVC 95% 861t 10.2% 11.3km 2.25 kw 1.37 kwh 16304km 2 34.0m 4200 m 3 3 4 52028.35 3.17 0.3 2.3 0.5 37.05hm 2 14.6 m 3 36.76 m 3 20.06hm 2 11.32hm 2 4.3 t 53.42hm 2 37.05hm 2 16.37hm 2 500t/km 2.a 95% 100% 98% 95% 95% 30% 1213.99 1027.53 186.46 87.03 16.02 20.93 46.59 10.23 5.66 462
34.50m 120km/h 14.557km 10 3213m 1 85.0m 1 36.0m 37 1 420.0m 2 2 23 109480 7521 3 90% 4.13 t 38% 4 14.8 kw 6076 kwh 7467km 2 72.00m 1240 m 3 164m 15 14m 3 4 5 15689.16 16768.87 2 8 5 12 10 3 12 2 8 14.32hm 2 3.48 m 3 10.18hm 2 6.7hm 2 1.23 t 21.67hm 2 14.32hm 2 7.35hm 2 500t/km 2.a 95% 100% 98% 95% 95% 25% 463
154.87 2.36km 28m 10m 0.564-1.012m 1/1500 3 5 538.608 6+074.612 536.004m 5 7m 2.2 2.5m 1.1m 6 074.612 6+560.186 6 560.186 6+913.832 485.574m 353.646m 8m 0 0.3m + 80kPa 1.1m 5 538.608 6+913.832 1.2m 6 8 464
6m 500@350 13.4m 11.9m 11.9m 10.8m 9.0m 67 51.8m 15.0m 465
2004 7 2004 11 4 50.4mm 50.83mm 8 2 2004 4 10 2004 9 5 33.1mm 22.74mm B5-4 7 B5-4 7 4 28 42 2004 3 25 2005 1 26 11 17.02mm A A5 A6 A5 5.8m A6 8.5m 11.0m 6.8m 290m 54m 10.0m 466
467 170m 50.0m 9.0m 2.5m 15.0m 2.0m 4 5.0m 5.0m 58+565 59+510 32+200 33+468 41+200 42+200 7+100 8+750 60% 84.9cm
I 27.23km I 50 3 27.23km 5.0km 800 1.5 1.5 1.0 14.5m 7.0 16.0mm 41.0 46.0mm 3 8mm 10m 9.10m 70m 10m 9.1 14.5m ( ) 32.5R I FDN-200 2.6 5 20mm 20 40mm 55% (20 40mm) 45% (5 20mm) 330kg/m 3 20% FDN-200 0 0.35% 468
0.50% 0.60% 0.70 % 37% 7 9cm GB8076 1997 7 9cm FDN-200 0.35% 12.1% 0.50% 16.5% 0.60% 19.4% 0.70% 22.9% FDN-200 7 9cm FDN-200 0.35% 1h02min 1h10min 0.50% 7h17min 6h40min 0.60% 12h40min 11h45min 0.70% 17h07min 15h59min FDN-200 7 9cm FDN-200 0.35% 7d 126.6% 28d 119.5% 0.50% 7d 129.7% 28d 126.8% 0.60% 7d 132.3% 28d 129.4% 0.70% 7d 132.9% 28d 129.4% FDN-200 0.6% 7 9cm FDN-200 0.35% 72.1% 0.50% 67.2% 0.60% 62.3% 0.70% 52.5% FDN-200 FDN-200 0 0.70% 30min 3.0cm 1.4cm 60min 3.2cm 1.7cm FDN-200 FDN-200 0.5 0.7% 32.5R 32.5R CL-1 30% 1.2% 3.2 16 31.5mm GB8076 1997 20cm 1.2% CL-1 218kg/m 3 184kg/m 3 34kg/m 3 15.5% 218kg/m 3 186kg/m 3 32kg/m 3 14.7% 20cm 1.2% CL-1 8h19min 15h29min 7h10min 10h20min 18h00min 7h40min 5h27min 8h43min 3h16min 8h18min 11h58min 3h40min 20cm 1.2% CL-1 7d 24.6MPa 26.9MPa 109.3% 28d 32.2MPa 36.0MPa 469
111.8% 7d 24.1MPa 29.3MPa 119.5% 28d 32.4MPa 38.1MPa 117.6% ( ) 100 ( M10) 9 100 50 ( M5) 4 41 3 1900kg/m 3 1940kg/m 3 2020kg/m 3 200# 5 25.0MPa 3 2310kg/m 3 2350kg/m 3 W6 2 W8 150# 8 31.6MPa 3 2320kg/m 3 2350kg/m 3 W6 2 W8 1000# 8 1000# 6 2590kg/m 3 2600kg/m 3 2600kg/m 3 7 1000# 3 2590kg/m 3 2600kg/m 3 2610kg/m 3 ( ) 3 ( ) f (1.18) (1.20) 1960 14 90m 75.75m SL214-98 470
12 13.8 26.2MPa 18.3MPa SL/T191 96 0.7 6.2cm SL/T191 96 3.5cm 25.6 46.4mm 44 18.5cm 8 14 4 2 471
2004 1 2 1. 2. 200092 2004.1 2004.12 2004. MgO 2004.1 MgO 2004.8 2004.10 472
2004.6 2004.5 2004.5 2004 2 2004 5 2004 6 473
2004 5 2004.8 2004.5 2004.5 2004.3 1 2 2 1 510641 2. 2004.12 2004.1 474
Abbott 1 2 2 3 (1. 430072 2. 3. 2004 1 2 1 2. 510150 2004 2004.4 2004 1 2 3 1 2. 510000 3. 400045 2004 2 2004 2 475
2004.5 2004.12 2004.9 1 1 1 2 1. 430072 2. 2004.6 MgO 2004.5 2004.3 1 2 1 210098 2. 476
2004.10 2004. 2004.5 1 2 1. 510610;2. 510065 2004.6 2004.6 2004.6 2004 477
2004.3 2008 2004.2 2004.1 2004.3 2004.3 2004.6 478
2004.4 2004.1 2004.2 2004.5 2004.3 2004.1 2004.2 479
480 2004.2 2004.4 WSK 2004.4 MgO 2004.6 2004.2 1 2 1 1. 510610;2. 510641 2004.1
2004.4 MATLAB 2004.6 MCU 1 2 1. 2. 510170 2004.6 2004.12 1 1 1 2 1 430072 2. 2004.2 1 1 1 2 1 430072 2. 2004.2 2004.6 481
MgO 2004.3 2004.3 C 2004.4 2004.3 2004.6 2004 482
2004 2004 2004 Abbott 2004 2004 2004 2004 483
The character analysis of hidden danger types of the floodgate base Progress in Environmental and Engineering Geophysics 2004 2004 2004 2004 ON THE LONG-TERM AUTOGENOUS VOLUME DEFORMATION OF MgO CONCRETE 1 2 1 610071 2. International Conference of Hydropower PROCEEDINGS 2004 DEVELOPMENT IN MgO MICRO-EXPANSION CONCRETE & AUTOGENOUS VOLUME DEFORMATION ANALYSIS AND ITS APPLI CATION International Conference of Hydropower PROCEEDINGS 2004 2004 2004 484
2004 5, 2004 4 485