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Hot rolled U type sheet pile (JU400*100, JU400*125, JU400*170)

Section

Dimensions

Mass

Modulus of Section

Moment of inertia

Width

Height

Thickness

Per pile

Wall

w

h

t

 

 

 

 

mm

mm

mm

kg/m

kg/m2

cm3/m

cm4/m

JU400*100

400

100

10.5

48

120.1

874

8740

JU400*125

400

125

13

60

149.9

1340

16800

JU400*170

400

170

15.5

76.1

190.4

2270

38600

JU600*180

600

180

13.4

81.6

136

1800

32400

JU600*204.5

600

204.5

9.4

69.2

115.3

1605

32858

JU600*205.5

600

205.5

10.9

76.4

127.4

1817

37348

JU600*205

600

205

10

72.1

120.1

1690

34645

JU600*210

600

210

18

106.2

177

2700

56700

JU600*215

600

215

14

89.5

149.2

2343

50376

JU600*218.5

600

218.5

15.4

98.9

164.8

2660

58118

JU600*225

600

225

22.3

132.3

   220.8

3884

104873

JU600*226

600

226

19

114

190

3200

72320

JU750*225

750

225

14.6

110.4

147.2

2502

56301

Lassen622T

600

206

14

86.9

144.8

2206

45441

Hot rolled U type sheet pile JU400*100 water and bottom JU400*125 material are forced to the surface between the casing and JU400*170 the rod. The primary function of JU400×100 the levees is to provide predictability of JU400×125 flow velocities and flow distribution.In an urban setting, such as JU400*100 Buffer Typology 1, there are likely to be great variations JU400*125 on river edge condition that may prohibit developing deep buffers JU400×170 due to the topography and JU400*170 the slope of the site.

Jinxi steel sheet pile JU400×100 major perpendicular connections JU400×125 are those that provide connections between a community JU400×170 and a riverfront destination. Without the JU400×100 diversion levees, flow patterns could not be predicted by analytical methods. To obtain a dry sample JU400×125, the drill is removed. In its place, a short length JU400×170 of sample pipe is attached to the rod.

The diversion levees would be designed to be porous and to support a maximum, unbalanced head of 3 meters. Reverse eddies JU400*125 would form both upstream and JU400*170 downstream of the concrete structures. Major perpendicular connections JU400*100 should be wider than those on secondary streets, in order to fully accommodate the needs of pedestrians JU400*125, bicyclists and green JU400*170 stormwater infrastructure, with the intent to elevate the public realm and create special spaces.