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بسم ل رحن رحيم
2009 STRUCTURE PROJECT
CABLE STAYED BRIDGE
2 SPANS 160 M FOR EACH
22 M WIDTH
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REP RED BY
OH MED ELGOH RY MOH MED
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3/310
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4/310
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5/310
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6/310
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PYLON
SHAPE A OR DELTA
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8/310
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9/310
8/15/2019 Design of Cable Stayed Bridge Using SAP2000
10/310
CABLES
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11/310
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12/310
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13/310
8/15/2019 Design of Cable Stayed Bridge Using SAP2000
14/310
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15/310
8/15/2019 Design of Cable Stayed Bridge Using SAP2000
16/310
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17/310
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18/310
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19/310
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20/310
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21/310
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22/310
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23/310
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THE DECK
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27/310
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28/310
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BEARINGS
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MATERIAL ROPERTIES FOR THE DECK AND PYLONS
COCRETE STRENGTH C28 = 500Kg/cm2
MODULUS OF Elasticity =335 t /cm2
Poison ratio =0.2
Thermal coefficient =0.00001
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Properties of stay cables
Nominal diameter =15.7 mm
Nominal tensile strength(U.T.S) = 17.7 t/cm2
Nominal weight =1.18 kg/m
Modulus of elasticity = 1950 t/cm2
Allowable stress in (U.L.S) = 0.6 U.T.S
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MODELLING AND ANALYSIS
BY SAP 2000
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DEFINE
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LANES
VEHICLES
VEHICLES CLASSESS
BRIDGE RESPONSES
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DEFINE
WIND LOAD
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O D COMBIN TION FOR WIND LO D
0.9(1.35D.L+ 1.35 VEHICLE+0.9 W.L)
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DEFINE
EARTHQUAKE LOAD CASE
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235/310
LOAD COMBINATION FOR EQ
( D.L + 0.2 VEHICLE+1.0 EQ)
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LOAD CASE OF
TORSION
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TORSION
2 LANES -1 WAY OCCUPY
OTHER 2 LANES ARE EMPTY
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LOAD CASE OF
TORSION
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TORSION
2 OUTER LANES OCCUPY
OTHER LANES EMPTY
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8/15/2019 Design of Cable Stayed Bridge Using SAP2000
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FINAL
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FINAL
RESULTS
THE DECK
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THE DECK
KN 107784.905- MAX AXIAL FORCE =
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MOMENT
MAX +ve MOMENT=140513.3679 KN.M
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MAX –
ve MOMENT = -130005.346 KN.M
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288/310
TORSION
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MAX TORSION =10965.1112 KN.M
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SHEAR
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MAX SHEAR = 12041.742
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PYLON
AXIAL FORCE 194879 9 KN
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AXIAL FORCE = -194879.9 KN
MAX M3 = -50303.4 KN.M
MAX M2 = 30673.5308 KN.M
CONNECT BEAM
AXIAL FORCE 8661 938 KN
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AXIAL FORCE = -8661.938 KN
MAX M3 = 32051.158 KN.M
MAX M2 = 4008.7672 KN .M
THE DECK
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THE DECK
SECTION
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PYLON SECTION AT
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PYLON SECTION ATTOP
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PYLON SECTION AT
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PYLON SECTION AT
BOTTOM
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CONNECT BEAM
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CONNECT BEAM
SECTION
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FINAL
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FINAL
PRETENSION
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FINAL
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FINAL
DEFLECTION
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FINAL AREA
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FINAL AREA
STEEL FOR
CABLES
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(
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(فو صي
عا
لزة بر
رك
ان حس
*