Grand Steel Piling
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Z profile sheet pile (HOESCH 1208, HOESCH 1308, HOESCH 1408, HOESCH 1707)

 

 

Section

Dimensions

Mass

Moment of inertia

Modulus of Section

Width

Height

Thickness

Per pile

Wall

w

h

t

s

 

 

 

 

mm

mm

mm

mm

kg/m

kg/m2

cm4/m

cm3/m

HOESCH 1208

770

354

8.5

8.5

73.2

95

1301

22995

HOESCH 1308

770

354

9

9

76.6

99.5

1357

24013

HOESCH 1408

770

355

9.5

9.5

80.1

104

1412

25030

HOESCH 1707

700

420

8.5

8.5

73.2

104.6

1731

36304

HOESCH 1807

700

420

9

9

76.7

109.5

1804

37894

HOESCH 1907

700

421

9.5

9.5

80.1

114.5

1878

39485

HOESCH 2007

700

421

10

10

83.6

119.4

1951

41076

HOESCH 2407

700

439

11

11

95.1

135.9

2432

53379

HOESCH 2607

700

440

12

12

102.5

146.5

2606

57329

HOESCH 2807

700

441

13

13

109.9

157

2779

61279

HOESCH 3607

700

499

17

11

118.1

168.8

3600

89826

HOESCH 3807

700

500

18

12

125.9

179.9

3800

95004

HOESCH 4007

700

501

19

13

133.7

191

3999

100184

HOESCH 4807

700

507

23.5

14.5

156.1

223.1

4760

120667

HOESCH 5007

700

508

24.5

15.5

164

234.3

4959

125966

HOESCH 5207

700

509

25.5

16.5

171.8

245.4

5158

161366

 

Z profile sheet pile the kinetic HOESCH 1208 energy is that HOESCH 1308 part of the total energy HOESCH 1408 due towater particle velocities HOESCH 1707 associated with wave motion. Upstream diversion HOESCH 1208 levee construction could begin only after the reservoir HOESCH 1208 had been drawn down and the embankment had been excavated. Typically they HOESCH 1308 are constructed from a mixture of masonry and timber with HOESCH 1308 recent refurbishment being HOESCH 1408 undertaken with concrete and steel sheet piles.

 

Z profile steel sheet pile potential energy HOESCH1208 is the energy resulting HOESCH1308 from the part of the HOESCH1408 fluid mass above the trough HOESCH1707. This would be several weeks HOESCH 1707 after cofferdam breaching is complete. Navigation HOESCH 1707 canals consist of level reaches of HOESCH1208 water (pounds) between lock structures.

 

The other is the HOESCH1208 potential energy of the mass of HOESCH1308 water raised above still HOESCH1308 water level. The eddies were HOESCH1408 a result of the sharp corners at the HOESCH1408 entrance to the channel and produced HOESCH1707 areas of slower velocity. This is generally achieved HOESCH1707 by the use of side weirs.