statika bosna kladusa

7/25/2019 Statika Bosna Kladusa

1/87


2/87

Sema nivoaNaziv z [m] h [m]

7.66 0.50 7.16 6.36

Naziv z [m] h [m]0.80 0.80

0.00

Tabela materijalaNo Naziv materijala E[kN/m2] m g[kN/m3] at[1/C] Em[kN/m2] mm1 Celik 2.100e+8 0.30 78.50 1.000e-5 2.100e+8 0.302 Celik 2.100e+8 0.30 0.00 1.000e-5 2.100e+8 0.30

Setovi greda

@1@Set: 1 Presek: HOP [] 120x80x3, Fiktivna ekscentricnostMat.

A1

A2

A3

I1

I2

I3

2 1 - Celik 1.141e-3 7.200e-4 4.800e-4 2.510e-6 1.217e-6 2.275e-6

12

T3

0.3

8

[cm]

@1@Set: 2 Presek: HOP [] 200x200x6, Fikt ivna ekscentricnostMat. A1 A2 A3 I1 I2 I3

2 1 - Celik 4.536e-3 2.400e-3 2.400e-3 4.459e-5 2.833e-5 2.833e-5

20

T3

0.6

20

[cm]


2 1 - Celik 2.236e-3 1.200e-3 1.200e-3 7.785e-6 4.855e-6 4.855e-6

12

T3

0.5

12

[cm]


2 1 - Celik 2.236e-3 1.200e-3 1.200e-3 7.785e-6 4.855e-6 4.855e-6

12

T3

0.5

12

[cm]

@1@Set: 5 Presek: HOP [] 100x80x5, Fiktivna ekscentricnost

Mat. A1 A2 A3 I1 I2 I31 - Celik 1.636e-3 8.000e-4 6.123e-20 2.986e-6 2.259e-6 1.596e-6

10

T =90 2

0.5

83

[cm]

@1@Set: 6 Presek: HOP [] 80x80x5, Fiktivna ekscentricnostMat. A1 A2 A3 I1 I2 I3

2 1 - Celik 1.436e-3 8.000e-4 8.000e-4 2.109e-6 1.244e-6 1.244e-6

8

T3

0.5

8

[cm]

Tower - 3D Model Builder 6.0 Registered to inge Radimpex - www.radimpex.rs


3/87


2 1 - Celik 1.015e-3 6.400e-4 4.800e-4 1.098e-6 5.349e-7 8.409e-7

8

T0.4 3

6

[cm]


2 1 - Celik 7.810e-4 4.200e-4 4.200e-4 9.023e-7 5.606e-7 5.606e-7

7

T0.3 3

7

[cm]


2 1 - Celik 7.810e-4 4.200e-4 4.200e-4 9.023e-7 5.606e-7 5.606e-7

7

T 30.3

7

[cm]

@1@Set: 10 Presek: D=1.2, Prost nelinearan (zategnut) stap, Fiktivna ekscentricnostMat. A1 A2 A3 I1 I2 I3

2 2 - Celik 1.131e-4 1.018e-4 1.018e-4 2.036e-9 1.018e-9 1.018e-9

1.2

T 3

[cm]

@1@Set: 11 Presek: HOP L 60x60x5, Prost nelinearan (zategnut) stap, Fiktivna ekscentricnostMat. A1 A2 A3 I1 I2 I3

1.732 2 - Celik 5.590e-4 3.000e-4 3.000e-4 5.000e-9 1.949e-7 1.949e-7

0.56

T1

.73

3

6

[cm]

@1@Set: 12 Presek: HOP L 60x60x5, Prost nelinearan (zategnut) stap, Fiktivna ekscentricnostMat. A1 A2 A3 I1 I2 I3

1.732 2 - Celik 5.590e-4 3.000e-4 3.000e-4 5.000e-9 1.949e-7 1.949e-7

0.56

T1

.73

3

6

[cm]



4/87

Izometrija



5/87

9_V

H5

Dispozicija ramovaTower - 3D Model Builder 6.0

8_V

7_V

6_V

H35_V

H2

4_V

3_V

2_V

1_V

Registered to inge Radimpex - www.radimpex.rs


6/87

200x200x6 [] PHO

HOP

[]120x80x3

HOP

[]70x70x3

200x200x6 [] PHO

HOP

[]120x80x3

HOP

[]70x70x3

200x200x6 [] PHO

HOP

[]120x

80x

3

HOP

[]70x70x3

200x200x6 [] PHO

[]120x80x3

2

[]70x

70x

3

60x60x5.D

D=1L H=

1

HOPO

.L2

H

H O P

60

x

6

0

x

200x200x6 [] PHO

HOP[]120x80x3

HOP

[]70x70x3

200x200x6 [] PHO

HOP[]120x

80x3

HOP

[]70x

70x3

200x200x6 [] PHO

HOP

[]120x80x3

HOP

[]70x70x3

200x200x6 [] PHO

Ram: H_1Tower - 3D Model Builder 6.0 Registered to inge Radimpex - www.radimpex.rs


7/87

80x60x4 [] PHO

Ram: H_2

120x80x3[]

L

HOP HOP

120x80x3[]L

HOP

HOP

120x80x3[]L

HOP HOP

120x80x3[]L

HOP HOP

120x80x3[]L

HOP HOP

120x80x3[]L

HOP HOP

120x80x3[]L

HOP

HOP

60x60x5

70x70x3

[]

HOHOPPL60x

H

0

x5

60x

60x

5

H

60x

H0

x

60x60x

5

HOPL6

0x

H

0

x5

60x60x

5

HO

P

0

x6

HO

0

x

60x60x

5

H

60x6

HO

x

60x

60x5

H

60x

H0

x

60x

60x5

70x70x3

[]

HHOP

OP

6

0x6

HO0

x

80x60x4 [] P

80x60x4 [] P

80x60x4 [] P

80x60x4 [] P

80x60x4 [] P

80x60x4 [] P

80x60x4 [] P



8/87

200x200x6 [] PHO 00x62200x [] PHO

60x60x5

70x70x3

60x60x5L [ ]

LH

H

O

P

HOPO

H PLOHOP 6

P 0x6

0x

6 50

200x200x6 [] PHOxHOP [] 200x200x660

x

5



9/87

HOP

[]120x80x3

L

HOP

HO

60x

60x

5

x

x

HOP

HO

0x

6

0x5

P

P

80x60x4 []

80x60x4 []

HOP[]120x80x3

L

HOP

60x60x5

HOP

6

PHO

0x

60x5

80x60x4 []

HOP

[]120x80x3

L

HOP

60x60x5

HO

PHO 0x

x

80x60x4 []

HOP

[]120x80x3

L

HOP

60x60x5

H

P

PHO 0x

60x

80x60x4 []

HOP

[]120x80x

3

L

HOP

60x60x5

H

6PHO 0

x

60x

80x60x4 []

HOP

[]120x80x3

L

HOP

60x60x5

H

6

PHO 0x

x

80x60x4 []

120x80x3[]

HOP

[]120x80x3

HO

L

HOP

L

HOP

60x

60x

5

H

P

6PHO 0

x

60x

60x

60x

5

70x70x3

[]

HHOP

P

6PHO 0

x

6

0x5

80x60x4 []

80x60x4 []



10/87

200x200x6 [] PHO

x

x

HOP

[]70x70x

3

200x200x6 [] PHO

x

x

HOP

[]70x70x3

200x200x6 [] PHO

x

x

HOP

[]70x70x3

200x200x6 [] PHO

x

x

HOP

[]70x70x3

x60200x20 [] PHO

x

x

2

70x70x3

60x60x5.D LD=1 H=1

HOPO

. PL2

P H O P

60

x6

0x

5

200x200x6 [] PHO

x

x

HOP

[]70x70x3

200x200x6 [] PHO

x

x

HOP

[]70x70x3

200x200x6 [] PHO

HOP[]120x80x3

HOP

[]70x70x3

200x200x6 [] PHO



11/87

200x200x6 [] PHO

120x120x5

H

100x80x5

O

P

[]

HOP

]

1

0

[]

0

x8

HOP

0

x

5

120x120x5

HO

P

[] [] [

]

80x80x5

8

0x

8

HOP

P

0

x5

HOP

120x120x5

HO

P

[]

80x60x4

80

x

HOP

60

x

[] 4

x6 x4 PHO

1 2 0x 1 2 0 x5

HOP

HO

]

8

0 x

80x60x460

HOP

x

4

[]

120x120x5

HOP

HOP[

]

8 0

x

[] 6 0

80x60x4x

HOP

4

HOP

120x120x5

HOP

]

80

x

5

6

x

HOP

80x60x44

HOP

HH

OP

O

P

[]80

x x

80x60x44

[]

O

HOPP[

1

20

Hx1OP[] 0 8x x5 0

x

80x60x4 4[]

O

PHOP[

1

2

0

Hx

0 ]x 0 5 x

80x60x4

6 0

x

4[]

80x60x4 [] PHOPHOP

[

1

20

H

x

1

2

O

P

0x ]85

80x60x4

0 x

6

x

H [] 4

HOP[

1

2

0

x H1

2

O0 P[

x]5 8

80x80x5

0

x

0x

H

[]

HOP 5

HOP

1

20

x

20 O

100x80x5

Px

1

0

x

[]

8 200x200x6 [] PHO0HOP[

x

51

20

x

2

0

x

Ram: V_1Tower - 3D Model Builder 6.0 Registered to inge Radimpex - www.radimpex.rs


12/87

200x200x6 [] PHO

120x120x5

H

100x80x5

O

P

[]

HOP

]

1

0

[]

0

x8

HOP

0

x

5

120x120x5

HO

P

[] [] [

]

80x80x5

8

0x

8

HOP

P

0

x5

HOP

120x120x5

HO

P

[]

80x60x4

80

x

HOP

60

x

[] 4

x6 x4 PHO

1 2 0x 1 2 0 x5

HOP

HO

]

8

0 x

80x60x460

HOP

x

4

[]

120x120x5

HOP

HOP[

]

8 0

x

[] 6 0

80x60x4x

HOP

4

HOP

120x120x5

HOP

]

80

x

5

6

x

HOP

80x60x44

HOP

HH

OP

O

P

[]80

x x

80x60x44

[]

O

HOPP[

1

20

Hx1OP[] 0 8x x5 0

x

80x60x4 4[]

O

PHOP[

1

2

0

Hx

0 ]x 0 5 x

80x60x4

6 0

x

4[]

80x60x4 [] PHOPHOP

[

1

20

H

x

1

2

O

P

0x ]85

80x60x4

0 x

6

x

H [] 4

HOP[

1

2

0

x H1

2

O0 P[

x]5 8

80x80x5

0

x

0x

H

[]

HOP 5

HOP

1

20

x

20 O

100x80x5

Px

1

0

x

[]

8 200x200x6 [] PHO0HOP[

x

51

20

x

2

0

x



13/87

200x200x6 [] PHO

120x120x5

H

100x80x5

O

P

[]

HOP

]

1

0

[]

0

x8

HOP

0

x

5

120x120x5

HO

P

[] [] [

]

80x80x5

8

0x

8

HOP

P

0

x5

HOP

120x120x5

HO

P

[]

80x60x4

80

x

HOP

60

x

[] 4

x6 x4 PHO

1 2 0x 1 2 0 x5

HOP

HO

]

8

0 x

80x60x460

HOP

x

4

[]

120x120x5

HOP

HOP[

]

8 0

x

[] 6 0

80x60x4x

HOP

4

HOP

120x120x5

HOP

]

80

x

5

6

x

HOP

80x60x44

HOP

HH

OP

O

P

[]80

x x

80x60x44

[]

O

HOPP[

1

20

Hx1OP[] 0 8x x5 0

x

80x60x4 4[]

O

PHOP[

1

2

0

Hx

0 ]x 0 5 x

80x60x4

6 0

x

4[]

80x60x4 [] PHOPHOP

[

1

20

H

x

1

2

O

P

0x ]85

80x60x4

0 x

6

x

H [] 4

HOP[

1

2

0

x H1

2

O0 P[

x]5 8

80x80x5

0

x

0x

H

[]

HOP 5

HOP

1

20

x

20 O

100x80x5

Px

1

0

x

[]

8 200x200x6 [] PHO0HOP[

x

51

20

x

2

0

x



14/87

200x200x6 [] PHO

120x120x5

H

100x80x5

O

[]

HOP

1

0

[]0

x8

HOP

0

x

5

1 2 0x 1 2

0 x5

HO

120x120x5P

[]

[] [

80x80x50

x

8

HOP

H

0

x5

HOP

1 2 0x 1 2 0 x5

HO

P

[]

80x60x4

80

x

HOP

60

x

[]4

x6 x4 PHO

120x120x5

HOP

HO

]

8

0 x

80x60x46

0

HOP

x

4[]

HOP

120x120x5

HP

]

8 0

x

[] 60

80x60x4x

HOP

4

HOP

1 2 0x 1 2 0 x5

HOP [

]

80

x

5

6

[]x

HOP

80x60x44

[]HOP

H

HO

P

[]8 x0x

80x60x44

H []

O

HOPP[

1

2

Hx1O

P[] 0 8x x5 060

x

80x60x4 4]

PHOP[

1

2

Hx1 OP

0 ]x 85 x

80x60x4

60

x

[]80x60x4 [] PHO

PHOP[

1

2

0

H

x

2

O

P

0x ] 8

5

80x60x4

0 x

6 0

x

H [] 4

HOP[

1]

20

x H12 O0

1

2

0

x

12

0

x5

[x

[]

5 8

80x80x5

0

x8

0x

H

[] HOP 5

HOP

1

20

x1 H20 O

100x80x5

Px5

1

00

x

[]

8 x x0HOP[

x

51

20

x

20x



15/87

200x200x6 [] PHO

120x120x5

H

100x80x5

O

P

[]

HOP

]

1

0

[]

0

x

8

HOP

0

x

120x120x5

HO

P

[] [] [

]

80x80x5

8

x

8

HOPP

0

x5

120x120x5

HOP

HO

P

[]

80x60x4

8

0

x

HOP

0x

[]4

x x

120x120x5

HOP

HO

]

8

[] 0 x

80x60x460

HOP

x

4

[]

120x120x5

HOP

HOP[

]

0

x

[] 6 0

80x60x4x

HOP

4[]

HOP

120x120x5

HOP [

]

8

0

x

5

6

[] 0 x

HOP

80x60x4HOP

HH

OP

O

P

[]80

x x

80x60x44

H []

O

HOPP1

20

x H1OP[] 0

x

x6 0

x

80x60x4 4[]

O

PHOP[

1

2

0

Hx

0 ]

x 0 5 x

80x60x4

6 0

x

4[]

80x60x4 [] PHOPHOP

[

1

20

H

x

1

2

O

P

0x ]85

80x60x4

0 x

6

x

H [] 4

HOP [

1

20

x H12

O0 P

x]

]

80x80x5

0

x8

0x

H

[]

P

5

HOP[1

20x

H20 O

100x80x5

P x5

]

1

0

0

x

[] 0 200x200x6[] PHOHOP[

x

51]

20

x 1

2

x

5



16/87

200x200x6 [] PHO

120x120x5

H

100x80x5

O

P

[]

HOP

]

1

0

[]

0

x8

HOP

0

x

5

120x120x5

HO

P

[] [] [

]

80x80x5

8

0x

8

HOP

P

0

x5

HOP

120x120x5

HO

P

[]

80x60x4

80

x

HOP

60

x

[] 4

x6 x4 PHO

1 2 0x 1 2 0 x5

HOP

HO

]

8

0 x

80x60x460

HOP

x

4

[]

120x120x5

HOP

HOP[

]

8 0

x

[] 6 0

80x60x4x

HOP

4

HOP

120x120x5

HOP

]

80

x

5

6

x

HOP

80x60x44

HOP

HH

OP

O

P

[]80

x x

80x60x44

[]

O

HOPP[

1

20

Hx1OP[] 0 8x x5 0

x

80x60x4 4[]

O

PHOP[

1

2

0

Hx

0 ]x 0 5 x

80x60x4

6 0

x

4[]

80x60x4 [] PHOPHOP

[

1

20

H

x

1

2

O

P

0x ]85

80x60x4

0 x

6

x

H [] 4

HOP[

1

2

0

x H1

2

O0 P[

x]5 8

80x80x5

0

x

0x

H

[]

HOP 5

HOP

1

20

x

20 O

100x80x5

Px

1

0

x

[]

8 200x200x6 [] PHO0HOP[

x

51

20

x

2

0

x



17/87

200x200x6 [] PHO

120x120x5

H

100x80x5

O

P

[]

HOP

]

1

0

[]

0

x8

HOP

0

x

5

120x120x5

HO

P

[] [] [

]

80x80x5

8

0x

8

HOP

P

0

x5

HOP

120x120x5

HO

P

[]

80x60x4

80

x

HOP

60

x

[] 4

x6 x4 PHO

1 2 0x 1 2 0 x5

HOP

HO

]

8

0 x

80x60x460

HOP

x

4

[]

120x120x5

HOP

HOP[

]

8 0

x

[] 6 0

80x60x4x

HOP

4

HOP

120x120x5

HOP

]

80

x

5

6

x

HOP

80x60x44

HOP

HH

OP

O

P

[]80

x x

80x60x44

[]

O

HOPP[

1

20

Hx1OP[] 0 8x x5 0

x

80x60x4 4[]

O

PHOP[

1

2

0

Hx

0 ]x 0 5 x

80x60x4

6 0

x

4[]

80x60x4 [] PHOPHOP

[

1

20

H

x

1

2

O

P

0x ]85

80x60x4

0 x

6

x

H [] 4

HOP[

1

2

0

x H1

2

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x]5 8

80x80x5

0

x

0x

H

[]

HOP 5

HOP

1

20

x

20 O

100x80x5

Px

1

0

x

[]

8 200x200x6 [] PHO0HOP[

x

51

20

x

2

0

x



18/87

200x200x6 [] PHO

120x120x5

H

100x80x5

O

P

[]

HOP

]

1

0

[]

0x

8

HOP

0

x

5

120x120x5

HO

1

2

0x

1

2

0

x

5

[] [] [

]

80x80x5

80

x

8

HOPP

0

x5

HOP

120x120x5

HO

P

[]

80x60x4

80

x

HOP

60

x

[]4

x x

120x120x5

HOP

HO

]

8

[] 0

x

80x60x460

HOP

x

4[]

120x120x5

HOP

HP

1

2

0x

1

2

0

x

5

]

80

x

[] 6

[]

0

80x60x4x

HOP HOP 4

HOP

120x120x5

HO P [

]

80

x6

[] 0 x

HOP

80x80x5

HOP 200x200x6 [] PHO 200x200x6 [] PHO

HO

P [] 80x x

80x60x45

[]

O

PHOP[

1

20

x H1O

P

0120x120x

5[] 8x5

[] 0x

60x

80x60x4HOP

4H []

PHOP[

1]

20

Hx1 OP[0 ]

x 85 x

80x60x4

60

x

4[]

80x60x4 [] PHOOPHOP

[1

2

0 H

x

O

0x

]

8

80x60x4

x6

0

x

H [] 4

HOP[

1

20

x H12 O

0 P1

2

0

x

12

0

x5

[x

[]

80x80x5

0

x8

0x

H

[]

HOP 5

HOP[1]

20x1 H2

100x80x5

Px5

10

H x[]

8

HOP[

0 200x200x6[] PHOx

51

2

0

x

2

0

x



19/87

200x200x6 [] PHO

120x120x5

H

]

[]

1

0

100x80x5

0

HOP

x

80

x

[]

HOP

HO

P

120x120x5

0

[]

x 0

HOP

80x80x5

x

5

[]

HOP

120x120x5

HO

P

[

]8

0x

6

[] 0x

HOP

4

80x60x4

HOP 80x60x4 [] PHO

1 2 0x 1 2 0 x5

H

]

x6

0

x

4

HOP

80x60x4

HOP

120x120x5

HO

]

6120x120x5

0x

[] 4

HOP 80x60x4

HOP

120x120x5

HO

] 8

0

x6

x

[]

HOP

80x80x5[]HOP

200x200x6 [] PHO 200x200x6 [] PHO



20/87

120x120x5 120Hx1O2P0x[5] 120Hx1O2P0x[5] 120Hx1O2P0x[5] 120Hx1O2P0x[5] 120xH1O20Px[5] [] P HO

HOP[]120x80x3

HOP[]120x80x3

HOP[]120x80x3

HOP[]120x80x3

HOP[]120x80x3

HOP[]120x80x3

HOP[]120x80x3


120x80

x3

2

120x80x3

2 1

20x80x3

2

120x80x3

2

120x80

x3

2

120x80

x3

2 1

20x80x3

.

D=

1

. . . . .

[] D

[]

D] D

[]

D[]

D[]

D[]

= = = = = =

HOP

1

HOP

1

HOP D=11

HOP

D=11

HOP

D=11

HOP

D=11

HOP

. . . . . .

2 2 2 2 2 2


HOP[]120x80x3

HOP[]120x80x3

HOP[]120x80x3

HOP[]120x80x3

HOP[]120x80x3

HOP[]120x80x3

HOP[]120x80x3


HOP[]120x80x3

HOP[]120x80x3

HOP[]120x80x3

HOP[]120x80x3

HOP[]120x80x3

HOP[]120x80x3

HOP[]120x80x3


HOP[]120x80x3

HOP[]120x80x3

HOP[]120x80x3

HOP[]120x80x3

HOP[]120x80x3

HOP[]120x80x3

HOP[]120x80x3


120x80x3

2120x80x3

2120x80x3

2120x80x3

2120x80x3

2120x80x3

2120x80x3

.

D

=

1

. . . . .

[]

D[] D

[] D

[] D

[] D

[] D

[]

= = = = = =

HO

HO

HOP

D=11

HO

D=11

HOP

D=11

HO

D=11

HO

. . . . . .

2 2 2 2 2 2


HOP[]120x80x3

HOP[]120x80x3

HOP[]120x80x3

HOP[]120x80x3

HOP[]120x80x3

HOP[]120x80x3

HOP[]120x80x3


Pogled: k1Tower - 3D Model Builder 6.0 Registered to inge Radimpex - www.radimpex.rs


21/87

120x120x5 120xH1O20Px5[] 120Hx1O2P0x[5] 120Hx1O2P0x[5] 120Hx1O2P0x[5] 120Hx1O2P0x[5] [] PHO

HOP

[]120x8

0x3

HOP

[]120x8

0x3

HOP

[]120x8

0x3

HOP

[]120x8

0x3

HOP

[]120x8

0x3

HOP

[]120x8

0x3

HOP

[]120x8

0x3


HOP

[]120x80x3

HOP

[]120x80x3

HOP

[]120x80x3

HOP

[]120x80x3

HOP

[]120x80x3

HOP

[]120x80x3

HOP

[]120x80x3


120x80

x3

2

120x80

x3

2

120x80

x3

2

120x80

x3

2

120x80

x3

2

120x80

x3

2

120x80

x3

D

=1

. . . . . .

[] D

[] D

[] D

[] D

[] D

[] D

[]

= = = = = =

HOP 1

HOP 1

HOP D=11

HOP D=11

HOP D=11

HOP D=11

HOP

. . . . . .


HOP

[]120x80x3

HOP

[]120x80x3

HOP

[]120x80x3

HOP

[]120x80x3

HOP

[]120x80x3

HOP

[]120x80x3

HOP

[]120x80x3


HOP

[]120x80x

3

HOP

[]120x80x

3

HOP

[]120x80x3

HOP

[]120x80x

3

HOP

[]120x80x3

HOP

[]120x80x3

HOP

[]120x80x

3


HOP

[]120x

80x

3

HOP

[]120x

80x

3

HOP

[]120x

80x

3

HOP

[]120x

80x

3

HOP

[]120x

80x

3

HOP

[]120x

80x

3

HOP

[]120x

80x

3


120x80x3

2120x80x3

2120x80x

3

2120x80x3

2120x80x

3

2120x80x3

2120x80x3

D

=1

. . . . . .

[] D

[] D

[] D

[] D

[] D

[] D

[]

= = = = = =

HOP

1

HOP

1

HOP D=11

HOP

D=11

HOP D=11

HOP D=11

HOP

. . . . . .


HOP

[]120x

80x

3

HOP

[]120x

80x

3

HOP

[]120x

80x

3

HOP

[]120x

80x

3

HOP

[]120x

80x

3

HOP

[]120x

80x

3

HOP

[]120x

80x

3




22/87

Ulazni podaci - Opterecenje

Lista slucajeva opterecenjaNo Naziv1 g (g)2 g13 g24 s5 s+s/26 s/2+s7 w8 wb9 w+10 w-11 I12 Komb.: I

13

Komb.: I+II

14

Komb.: I+III15 Komb.: I+II+III

16 Komb.: I+IV17 Komb.: I+II+IV18 Komb.: I+III+IV19 Komb.: I+II+III+IV20 Komb.: I+V21 Komb.: I+II+V22 Komb.: I+III+V23 Komb.: I+II+III+V24 Komb.: I+VI25 Komb.: I+II+VI26 Komb.: I+III+VI27 Komb.: I+II+III+VI28 Komb.: I+VII29 Komb.: I+II+VII30 Komb.: I+III+VII31 Komb.: I+II+III+VII32 Komb.: I+IV+VII33

Komb.: I+II+IV+VII34 Komb.: I+III+IV+VII

35 Komb.: I+II+III+IV+VII36 Komb.: I+V+VII37 Komb.: I+II+V+VII38 Komb.: I+III+V+VII39 Komb.: I+II+III+V+VII40 Komb.: I+VI+VII41 Komb.: I+II+VI+VII42 Komb.: I+III+VI+VII43 Komb.: I+II+III+VI+VII44 Komb.: I+VIII45 Komb.: I+II+VIII46 Komb.: I+III+VIII47 Komb.: I+II+III+VIII48 Komb.: I+IV+VIII49 Komb.: I+II+IV+VIII50 Komb.: I+III+IV+VIII51 Komb.: I+II+III+IV+VIII

52

Komb.: I+V+VIII

53

Komb.: I+II+V+VIII

54 Komb.: I+III+V+VIII55 Komb.: I+II+III+V+VIII56 Komb.: I+VI+VIII57 Komb.: I+II+VI+VIII58 Komb.: I+III+VI+VIII59 Komb.: I+II+III+VI+VIII60 Komb.: I+IX61 Komb.: I+II+IX62 Komb.: I+III+IX63 Komb.: I+II+III+IX64 Komb.: I+IV+IX65 Komb.: I+II+IV+IX66 Komb.: I+III+IV+IX67 Komb.: I+II+III+IV+IX68 Komb.: I+V+IX69 Komb.: I+II+V+IX70 Komb.: I+III+V+IX

71

Komb.: I+II+III+V+IX

72

Komb.: I+VI+IX73 Komb.: I+II+VI+IX

74 Komb.: I+III+VI+IX75 Komb.: I+II+III+VI+IX76 Komb.: I+VII+IX77 Komb.: I+II+VII+IX78 Komb.: I+III+VII+IX

No Naziv79 Komb.: I+II+III+VII+IX80 Komb.: I+IV+VII+IX81 Komb.: I+II+IV+VII+IX82 Komb.: I+III+IV+VII+IX83 Komb.: I+II+III+IV+VII+IX84 Komb.: I+V+VII+IX85 Komb.: I+II+V+VII+IX86 Komb.: I+III+V+VII+IX87 Komb.: I+II+III+V+VII+IX88 Komb.: I+VI+VII+IX89 Komb.: I+II+VI+VII+IX90 Komb.: I+III+VI+VII+IX

91

Komb.: I+II+III+VI+VII+IX

92

Komb.: I+VIII+IX93 Komb.: I+II+VIII+IX

94 Komb.: I+III+VIII+IX95 Komb.: I+II+III+VIII+IX96 Komb.: I+IV+VIII+IX97 Komb.: I+II+IV+VIII+IX98 Komb.: I+III+IV+VIII+IX99 Komb.: I+II+III+IV+VIII+IX

100 Komb.: I+V+VIII+IX101 Komb.: I+II+V+VIII+IX102 Komb.: I+III+V+VIII+IX103 Komb.: I+II+III+V+VIII+IX104 Komb.: I+VI+VIII+IX105 Komb.: I+II+VI+VIII+IX106 Komb.: I+III+VI+VIII+IX107 Komb.: I+II+III+VI+VIII+IX108 Komb.: I+X109 Komb.: I+II+X110 Komb.: I+III+X111

Komb.: I+II+III+X112 Komb.: I+IV+X

113 Komb.: I+II+IV+X114 Komb.: I+III+IV+X115 Komb.: I+II+III+IV+X116 Komb.: I+V+X117 Komb.: I+II+V+X118 Komb.: I+III+V+X119 Komb.: I+II+III+V+X120 Komb.: I+VI+X121 Komb.: I+II+VI+X122 Komb.: I+III+VI+X123 Komb.: I+II+III+VI+X124 Komb.: I+VII+X125 Komb.: I+II+VII+X126 Komb.: I+III+VII+X127 Komb.: I+II+III+VII+X128 Komb.: I+IV+VII+X129 Komb.: I+II+IV+VII+X

130

Komb.: I+III+IV+VII+X

131

Komb.: I+II+III+IV+VII+X

132 Komb.: I+V+VII+X133 Komb.: I+II+V+VII+X134 Komb.: I+III+V+VII+X135 Komb.: I+II+III+V+VII+X136 Komb.: I+VI+VII+X137 Komb.: I+II+VI+VII+X138 Komb.: I+III+VI+VII+X139 Komb.: I+II+III+VI+VII+X140 Komb.: I+VIII+X141 Komb.: I+II+VIII+X142 Komb.: I+III+VIII+X143 Komb.: I+II+III+VIII+X144 Komb.: I+IV+VIII+X145 Komb.: I+II+IV+VIII+X146 Komb.: I+III+IV+VIII+X147 Komb.: I+II+III+IV+VIII+X148 Komb.: I+V+VIII+X

149

Komb.: I+II+V+VIII+X

150

Komb.: I+III+V+VIII+X151 Komb.: I+II+III+V+VIII+X

152 Komb.: I+VI+VIII+X153 Komb.: I+II+VI+VIII+X154 Komb.: I+III+VI+VIII+X155 Komb.: I+II+III+VI+VIII+X



23/87

Opt. 1: g (g)

p=0.13 p=0.13 p=0.13 p=0.13 p=0.13 p=0.13 p=0.13

= . 7 = . 7 = . 7 = . 7 p = 0 . 3 6

Ram: H_1Opt. 1: g (g)

p=0.26 p=0.26 p=0.26 p=0.26 p=0.26 p=0.26 p=0.26



24/87

Opt. 1: g (g)

p=0.26 p=0.26 p=0.26 p=0.26 p=0.26 p=0.26 p=0.26 p=0.26

Ram: H_4Opt. 1: g (g)

p=0.13 p=0.13 p=0.13 p=0.13 p=0.13 p=0.13 p=0.13 p=0.13

.



25/87

Opt. 1: g (g)

p=-0.15 p=-0.15 p=-0.15 p=-0.15 p=-0.15 p=-0.15 p=-0.15

p=-0.26 p=-0.26 p=-0.26 p=-0.26 p=-0.26 p=-0.26 p=-0.26

p=-0.26 p=-0.26 p=-0.26 p=-0.26 p=-0.26 p=-0.26 p=-0.26

p=-0.26 p=-0.26 p=-0.26 p=-0.26 p=-0.26 p=-0.26 p=-0.26

p=-0.26 p=-0.26 p=-0.26 p=-0.26 p=-0.26 p=-0.26 p=-0.26

p=-0.26 p=-0.26 p=-0.26 p=-0.26 p=-0.26 p=-0.26 p=-0.26

p=-0.13 p=-0.13 p=-0.13 p=-0.13 p=-0.13 p=-0.13 p=-0.13

Pogled: k1Opt. 1: g (g)

p=-0.13 p=-0.13 p=-0.13 p=-0.13 p=-0.13 p=-0.13 p=-0.13 p=-0.13

p=-0.26 p=-0.26 p=-0.26 p=-0.26 p=-0.26 p=-0.26 p=-0.26 p=-0.26

p=-0.26

p=-0.26

p=-0.26

p=-0.26

p=-0.26

p=-0.26

p=-0.26

p=-0.26

p=-0.26 p=-0.26 p=-0.26 p=-0.26 p=-0.26 p=-0.26 p=-0.26 p=-0.26

p=-0.26 p=-0.26 p=-0.26 p=-0.26 p=-0.26 p=-0.26 p=-0.26 p=-0.26

p=-0.26 p=-0.26 p=-0.26 p=-0.26 p=-0.26 p=-0.26 p=-0.26 p=-0.26

p=-0.15 p=-0.15 p=-0.15 p=-0.15 p=-0.15 p=-0.15 p=-0.15 p=-0.15



26/87

Opt. 2: g1

p=0.48 p=0.48

Ram: V_1Opt. 2: g1

p=0.96 p=0.96



27/87

Opt. 2: g1

p=0.96 p=0.96

Ram: V_3Opt. 2: g1

p=0.96 p=0.96



28/87

Opt. 2: g1

p=0.96 p=0.96

Ram: V_5Opt. 2: g1

p=0.96 p=0.96



29/87

Opt. 2: g1

p=0.96 p=0.96

Ram: V_7Opt. 2: g1

p=0.96 p=0.96



30/87

Opt. 2: g1

p=0.48 p=0.48

Ram: V_9Opt. 3: g2

p=0.48 p=0.48



31/87


32/87

Opt. 3: g2

p=0.96 p=0.96

Ram: V_4Opt. 3: g2

p=0.96 p=0.96



33/87

Opt. 3: g2

p=0.96 p=0.96

Ram: V_6Opt. 3: g2

p=0.96 p=0.96



34/87

Opt. 3: g2

p=0.48 p=0.48

Ram: V_8Opt. 4: s

p=0.85 p=0.85 p=0.85 p=0.85 p=0.85 p=0.85 p=0.85



35/87

Opt. 4: s

p=1.70 p=1.70 p=1.70 p=1.70 p=1.70 p=1.70 p=1.70

Ram: H_2Opt. 4: s

p=1.70 p=1.70 p=1.70 p=1.70 p=1.70 p=1.70 p=1.70 p=1.70



36/87

Opt. 4: s

p=0.85 p=0.85 p=0.85 p=0.85 p=0.85 p=0.85 p=0.85 p=0.85

Ram: H_5Opt. 4: s

p=-1.01 p=-1.01 p=-1.01 p=-1.01 p=-1.01 p=-1.01 p=-1.01

p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70

p=-1.70

p=-1.70

p=-1.70

p=-1.70

p=-1.70

p=-1.70

p=-1.70

p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70

p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70

p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70

p=-0.85 p=-0.85 p=-0.85 p=-0.85 p=-0.85 p=-0.85 p=-0.85



37/87

Opt. 4: s

p=-0.85 p=-0.85 p=-0.85 p=-0.85 p=-0.85 p=-0.85 p=-0.85 p=-0.85

p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70

p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70

p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70

p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70

p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70

p=-1.01 p=-1.01 p=-1.01 p=-1.01 p=-1.01 p=-1.01 p=-1.01 p=-1.01

Pogled: k2Opt. 5: s+s/2

p=0.85 p=0.85 p=0.85 p=0.85 p=0.85 p=0.85 p=0.85



38/87

Opt. 5: s+s/2

p=1.70 p=1.70 p=1.70 p=1.70 p=1.70 p=1.70 p=1.70

Ram: H_2Opt. 5: s+s/2

p=0.85 p=0.85 p=0.85 p=0.85 p=0.85 p=0.85 p=0.85 p=0.85



39/87

Opt. 5: s+s/2

p=0.43 p=0.43 p=0.43 p=0.43 p=0.43 p=0.43 p=0.43 p=0.43

Ram: H_5Opt. 5: s+s/2

p=-1.01 p=-1.01 p=-1.01 p=-1.01 p=-1.01 p=-1.01 p=-1.01

p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70

p=-1.70

p=-1.70

p=-1.70

p=-1.70

p=-1.70

p=-1.70

p=-1.70

p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70

p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70

p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70

p=-0.85 p=-0.85 p=-0.85 p=-0.85 p=-0.85 p=-0.85 p=-0.85



40/87

Opt. 5: s+s/2

p=-0.43 p=-0.43 p=-0.43 p=-0.43 p=-0.43 p=-0.43 p=-0.43 p=-0.43

p=-0.85 p=-0.85 p=-0.85 p=-0.85 p=-0.85 p=-0.85 p=-0.85 p=-0.85

p=-0.85 p=-0.85 p=-0.85 p=-0.85 p=-0.85 p=-0.85 p=-0.85 p=-0.85

p=-0.85 p=-0.85 p=-0.85 p=-0.85 p=-0.85 p=-0.85 p=-0.85 p=-0.85

p=-0.85 p=-0.85 p=-0.85 p=-0.85 p=-0.85 p=-0.85 p=-0.85 p=-0.85

p=-0.85 p=-0.85 p=-0.85 p=-0.85 p=-0.85 p=-0.85 p=-0.85 p=-0.85

p=-0.50 p=-0.50 p=-0.50 p=-0.50 p=-0.50 p=-0.50 p=-0.50 p=-0.50

Pogled: k2Opt. 6: s/2+s

p=0.43 p=0.43 p=0.43 p=0.43 p=0.43 p=0.43 p=0.43



41/87

Opt. 6: s/2+s

p=0.85 p=0.85 p=0.85 p=0.85 p=0.85 p=0.85 p=0.85

Ram: H_2Opt. 6: s/2+s

p=1.70 p=1.70 p=1.70 p=1.70 p=1.70 p=1.70 p=1.70 p=1.70



42/87

Opt. 6: s/2+s

p=0.85 p=0.85 p=0.85 p=0.85 p=0.85 p=0.85 p=0.85 p=0.85

Ram: H_5Opt. 6: s/2+s

p=-0.50 p=-0.50 p=-0.50 p=-0.50 p=-0.50 p=-0.50 p=-0.50

p=-0.85 p=-0.85 p=-0.85 p=-0.85 p=-0.85 p=-0.85 p=-0.85

p=-0.85

p=-0.85

p=-0.85

p=-0.85

p=-0.85

p=-0.85

p=-0.85

p=-0.85 p=-0.85 p=-0.85 p=-0.85 p=-0.85 p=-0.85 p=-0.85

p=-0.85 p=-0.85 p=-0.85 p=-0.85 p=-0.85 p=-0.85 p=-0.85

p=-0.85 p=-0.85 p=-0.85 p=-0.85 p=-0.85 p=-0.85 p=-0.85

p=-0.43 p=-0.43 p=-0.43 p=-0.43 p=-0.43 p=-0.43 p=-0.43



43/87

Opt. 6: s/2+s

p=-0.85 p=-0.85 p=-0.85 p=-0.85 p=-0.85 p=-0.85 p=-0.85 p=-0.85

p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70

p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70

p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70

p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70

p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70 p=-1.70

p=-1.01 p=-1.01 p=-1.01 p=-1.01 p=-1.01 p=-1.01 p=-1.01 p=-1.01

Pogled: k2Opt. 7: w

p=0.42 p=0.42 p=0.42 p=0.42 p=0.42 p=0.42 p=0.42

Nivo: [7.16 m]Tower - 3D Model Builder 6.0 Registered to inge Radimpex - www.radimpex.rs


44/87

Opt. 7: w

p=0.31 p=0.31 p=0.31 p=0.31 p=0.31 p=0.31 p=0.31

p=-0.42 p=-0.42 p=-0.42 p=-0.42 p=-0.42 p=-0.42 p=-0.42

p =-2.5 5 p =

-2.5 5 p =

-2.5 5

p=-2.

55

p=-2.

55

p =-2.5 5 p

=- 1

.28

Ram: H_1Opt. 7: w

p=0.61 p=0.61 p=0.61 p=0.61 p=0.61 p=0.61 p=0.61



45/87

Opt. 7: w

p=0.51 p=0.51 p=0.51 p=0.51 p=0.51 p=0.51 p=0.51 p=0.51

Ram: H_4Opt. 7: w

p=0.26 p=0.26 p=0.26 p=0.26 p=0.26 p=0.26 p=0.26 p=0.26

p

=-

1

.4

5 p

=-

1

.4

5 p

=-

1.

4

5 p

=-

1

.4

5

p=-1.

45

p=-1.

45

p=-1.

44

p

=-

0

.7

2



46/87

Opt. 7: w

p=

1.

28

p=

0.

72

Ram: V_1Opt. 7: w

p=2.

55

p=1.

45



47/87

Opt. 7: w

p=

2.

55

p=1.

45

Ram: V_3Opt. 7: w

p=2.

55

p=

1.

45



48/87

Opt. 7: w

p=

2.

55

p=1.

45

Ram: V_5Opt. 7: w

p=2.

55

p=1.45



49/87

Opt. 7: w

p=

2.

55

p=1.45

Ram: V_7Opt. 7: w

p=1.

27

p=

1.

28



50/87

Opt. 7: w

p=1.

27

p=1.

27

p=0.

72

Ram: V_9Opt. 7: w

p=0.36 p=0.36 p=0.36 p=0.36 p=0.36 p=0.36 p=0.36

p=0.61 p=0.61 p=0.61 p=0.61 p=0.61 p=0.61 p=0.61

p=0.61

p=0.61

p=0.61

p=0.61

p=0.61

p=0.61

p=0.61

p=0.61 p=0.61 p=0.61 p=0.61 p=0.61 p=0.61 p=0.61

p=0.61 p=0.61 p=0.61 p=0.61 p=0.61 p=0.61 p=0.61

p=0.61 p=0.61 p=0.61 p=0.61 p=0.61 p=0.61 p=0.61

p=0.31 p=0.31 p=0.31 p=0.31 p=0.31 p=0.31 p=0.31



51/87

Opt. 7: w

p=0.26 p=0.26 p=0.26 p=0.26 p=0.26 p=0.26 p=0.26 p=0.26

p=0.51 p=0.51 p=0.51 p=0.51 p=0.51 p=0.51 p=0.51 p=0.51

p=0.51 p=0.51 p=0.51 p=0.51 p=0.51 p=0.51 p=0.51 p=0.51

p=0.51 p=0.51 p=0.51 p=0.51 p=0.51 p=0.51 p=0.51 p=0.51

p=0.51 p=0.51 p=0.51 p=0.51 p=0.51 p=0.51 p=0.51 p=0.51

p=0.51 p=0.51 p=0.51 p=0.51 p=0.51 p=0.51 p=0.51 p=0.51

p=0.30 p=0.30 p=0.30 p=0.30 p=0.30 p=0.30 p=0.30 p=0.30

Pogled: k2Opt. 8: wb

p=0.

28

p=0.

16

p=0.

24

p=

0.

24

p=0.

16

Nivo: [7.16 m]Tower - 3D Model Builder 6.0 Registered to inge Radimpex - www.radimpex.rs


52/87

Opt. 8: wb

p=0.

51

p=0.

29

p=0.

35p=0.

33

p=0.

42p=0.

41p=0.

3

8

Pogled: k1Opt. 8: wb

p=075.p=

0.

p=042.p=

0.

41p=0.

38p=0.

35

p=033.

p=029.



53/87

Opt. 9: w+

p=0.10 p=0.10 p=0.10 p=0.10 p=0.10 p=0.10 p=0.10

Ram: H_1Opt. 9: w+

p=0.20 p=0.20 p=0.20 p=0.20 p=0.20 p=0.20 p=0.20



54/87

Opt. 9: w+

p=0.20 p=0.20 p=0.20 p=0.20 p=0.20 p=0.20 p=0.20 p=0.20

Ram: H_4Opt. 9: w+

p=0.10 p=0.10 p=0.10 p=0.10 p=0.10 p=0.10 p=0.10 p=0.10



55/87

Opt. 9: w+

p=0.12 p=0.12 p=0.12 p=0.12 p=0.12 p=0.12 p=0.12

p=0.20 p=0.20 p=0.20 p=0.20 p=0.20 p=0.20 p=0.20

p=0.20 p=0.20 p=0.20 p=0.20 p=0.20 p=0.20 p=0.20

p=0.20 p=0.20 p=0.20 p=0.20 p=0.20 p=0.20 p=0.20

p=0.20 p=0.20 p=0.20 p=0.20 p=0.20 p=0.20 p=0.20

p=0.20 p=0.20 p=0.20 p=0.20 p=0.20 p=0.20 p=0.20

p=0.10 p=0.10 p=0.10 p=0.10 p=0.10 p=0.10 p=0.10

Pogled: k1Opt. 9: w+

p=0.10 p=0.10 p=0.10 p=0.10 p=0.10 p=0.10 p=0.10 p=0.10

p=0.20 p=0.20 p=0.20 p=0.20 p=0.20 p=0.20 p=0.20 p=0.20

p=0.20

p=0.20

p=0.20

p=0.20

p=0.20

p=0.20

p=0.20

p=0.20

p=0.20 p=0.20 p=0.20 p=0.20 p=0.20 p=0.20 p=0.20 p=0.20

p=0.20 p=0.20 p=0.20 p=0.20 p=0.20 p=0.20 p=0.20 p=0.20

p=0.20 p=0.20 p=0.20 p=0.20 p=0.20 p=0.20 p=0.20 p=0.20

p=0.12 p=0.12 p=0.12 p=0.12 p=0.12 p=0.12 p=0.12 p=0.12



56/87

Opt. 10: w-

p=-0.10 p=-0.10 p=-0.10 p=-0.10 p=-0.10 p=-0.10 p=-0.10

Ram: H_1Opt. 10: w-

p=-0.20 p=-0.20 p=-0.20 p=-0.20 p=-0.20 p=-0.20 p=-0.20



57/87

Opt. 10: w-

p=-0.20 p=-0.20 p=-0.20 p=-0.20 p=-0.20 p=-0.20 p=-0.20 p=-0.20

Ram: H_4Opt. 10: w-

p=-0.10 p=-0.10 p=-0.10 p=-0.10 p=-0.10 p=-0.10 p=-0.10 p=-0.10



58/87

Opt. 10: w-

p=-0.12 p=-0.12 p=-0.12 p=-0.12 p=-0.12 p=-0.12 p=-0.12

p=-0.20 p=-0.20 p=-0.20 p=-0.20 p=-0.20 p=-0.20 p=-0.20

p=-0.20 p=-0.20 p=-0.20 p=-0.20 p=-0.20 p=-0.20 p=-0.20

p=-0.20 p=-0.20 p=-0.20 p=-0.20 p=-0.20 p=-0.20 p=-0.20

p=-0.20 p=-0.20 p=-0.20 p=-0.20 p=-0.20 p=-0.20 p=-0.20

p=-0.20 p=-0.20 p=-0.20 p=-0.20 p=-0.20 p=-0.20 p=-0.20

p=-0.10 p=-0.10 p=-0.10 p=-0.10 p=-0.10 p=-0.10 p=-0.10

Pogled: k1Opt. 10: w-

p=-0.10 p=-0.10 p=-0.10 p=-0.10 p=-0.10 p=-0.10 p=-0.10 p=-0.10

p=-0.20 p=-0.20 p=-0.20 p=-0.20 p=-0.20 p=-0.20 p=-0.20 p=-0.20

p=-0.20

p=-0.20

p=-0.20

p=-0.20

p=-0.20

p=-0.20

p=-0.20

p=-0.20

p=-0.20 p=-0.20 p=-0.20 p=-0.20 p=-0.20 p=-0.20 p=-0.20 p=-0.20

p=-0.20 p=-0.20 p=-0.20 p=-0.20 p=-0.20 p=-0.20 p=-0.20 p=-0.20

p=-0.20 p=-0.20 p=-0.20 p=-0.20 p=-0.20 p=-0.20 p=-0.20 p=-0.20

p=-0.12 p=-0.12 p=-0.12 p=-0.12 p=-0.12 p=-0.12 p=-0.12 p=-0.12



59/87

Staticki proracun

Presecne sile u gredama - Ekstremne vrednosti - Opterecenje: 1-154Oznaka LC x [m] N1 [kN] T2 [kN] M2 [kNm] M3 [kNm]

(165 - 177) 146 0.000 |-256.09| -0.116 0.138 0.831 (213 - 203) 146 0.000 |-255.25| -0.118 -0.065 0.830 (165 - 177) 114 0.000 |-254.66| -0.117 -0.182 0.830 (154 - 165) 146 0.000 |-254.53| -0.091 0.535 0.916 (213 - 203) 114 0.000 |-253.95| -0.118 0.209 0.829 (133 - 145) 114 0.000 |-253.42| -0.110 -0.194 0.836 (182 - 169) 114 0.000 |-253.36| -0.110 0.209 0.835 (133 - 145) 146 0.000 |-253.30| -0.110 0.124 0.836 (182 - 169) 146 0.000 |-253.19| -0.110 -0.051 0.835 (154 - 165) 114 0.000 |-252.88| -0.094 0.162 0.912 (71- 61) 146 1.860 -229.06 |7.866| 0.526 -1.033 (50- 61) 146 1.860 -229.07 |7.865| -0.531 -1.033

(71

- 61)

144

1.860 -217.08

|7.859| 0.504 -1.042 (50

- 61)

145

1.860 -217.08

|7.858| -0.510 -1.042 (50- 61) 114 1.860 -228.84 |7.848| 0.018 -1.031 (71- 61) 114 1.860 -228.84 |7.847| -0.021 -1.031 (50- 61) 113 1.860 -216.85 |7.842| 0.037 -1.039 (71- 61) 112 1.860 -216.85 |7.841| -0.040 -1.039 (71- 61) 145 1.860 -214.57 |7.820| 0.506 -1.020 (50- 61) 144 1.860 -214.58 |7.819| -0.510 -1.020 (244 - 207) 130 7.060 -77.720 0.000 |41.241| -0.061 (220 - 173) 130 7.060 -77.556 0.013 |40.941| -0.077 (157 - 108) 130 7.060 -77.239 0.012 |40.914| -0.072 (190 - 141) 130 7.060 -76.758 0.012 |40.744| -0.074 (244 - 207) 129 7.060 -70.106 0.000 |40.481| -0.052 (244 - 207) 128 7.060 -75.117 0.000 |40.332| -0.052 (244 - 207) 34 7.060 -71.553 0.000 |40.220| -0.057 (220 - 173) 129 7.060 -69.943 0.011 |40.189| -0.065 (157 - 108) 129 7.060 -69.671 0.000 |40.178| -0.056 (220 - 173) 128 7.060 -74.928 0.011 |40.041| -0.065 (231 - 252) 114 4.820 0.501 6.210 0.000 |-6.659| (231 - 252) 146 4.820 1.292 6.205 0.000 |-6.653| (252 - 270)

146

0.000 0.941

-6.762 0.000 |-6.581| (231 - 252) 112 4.820 0.482 6.178 0.000 |-6.571| (252 - 270) 114 0.000 0.206 -6.760 0.000 |-6.570| (231 - 252) 113 4.820 0.480 6.176 0.000 |-6.568| (231 - 252) 144 4.820 1.280 6.172 0.000 |-6.562| (231 - 252) 145 4.820 1.279 6.170 0.000 |-6.559| (252 - 270) 145 0.000 0.933 -6.753 0.000 |-6.536| (252 - 270) 144 0.000 0.932 -6.752 0.000 |-6.534|

Deformacija greda L.K.S. - Ekstremne vrednosti - Opterecenje:1-154

Oznaka LC x [m] u2 [mm](145 - 177) 146 2.410 |-45.984|(145 - 177) 114 2.410 |-45.900|(169 - 203) 146 2.410 |-45.588|(169 - 203) 114 2.410 |-45.579|(79- 112) 114 2.410 |-45.280|(104 - 137) 114 2.410 |-45.273|(79- 112) 146 2.410 |-45.139|(104 - 137)

146

2.410 |-45.128|(42- 71) 146 2.410 |-44.979|

(27- 50) 146 2.410 |-44.953|

Deformacija greda GLO - Ekstremne vrednosti - Opterecenje: 1-154Oznaka LC x [m] Zp [mm]

(145 - 177) 146 2.410 |-46.620|(145 - 177) 114 2.410 |-46.565|(169 - 203) 146 2.410 |-46.340|(169 - 203) 114 2.410 |-46.303|(79- 112) 114 2.410 |-45.974|(104 - 137) 114 2.410 |-45.966|(79- 112) 146 2.410 |-45.831|(104 - 137) 146 2.410 |-45.823|(42- 71) 146 2.410 |-45.583|(27- 50) 146 2.410 |-45.561|

Uticaji u tackastim osloncima - Ekstremne vrednosti - Opterecenje: 1-154Oznaka LC R1 [kN] R2 [kN] R3 [kN] M1 [kNm] M2 [kNm] M3 [kNm]

39

146

-0.022 5.788 |103.46| -13.419 -0.759 0.207173

146

-0.024 -5.816 |102.88| 13.517 -0.742 -0.22939 145 -0.018 5.432 |100.88| -12.521 -0.747 0.206173 144 -0.021 -5.459 |100.30| 12.616 -0.731 -0.22839 50 -0.015 5.364 |97.379| -12.437 -0.733 0.208202 114 -0.103 1.085 |97.090| -3.511 -0.136 -0.07139 150 -0.013 4.902 |96.887| -11.188 -0.726 0.207173 50 -0.018 -5.390 |96.823| 12.527 -0.717 -0.227173 154 -0.016 -4.925 |96.412| 11.267 -0.714 -0.22439 144 -0.013 5.431 |95.913| -12.664 -0.726 0.207

Deformacija cvorova: max. |Yp|Cvor LC Xp [mm] Yp [mm] Zp [mm]255 129 0.340 35.804 -3.654255 130 0.336 35.771 -4.083255 134 0.249 35.729 -3.038260 129 -0.143 35.708 -0.371260 130 -0.170 35.672 -0.415

Deformacija cvorova: max. |Zp|

Cvor

LC

Xp [mm]

Yp [mm]

Zp [mm]

191 146 4.424 1.109 -39.872196 146 4.393 0.945 -39.869193 146 4.390 1.027 -39.861172 146 6.288 0.603 -39.859188 146 6.201 1.486 -39.836

Cvor LC Xp [mm] Yp [mm] Zp [mm]255 133 0.203 35.659 -2.609250 129 1.178 35.642 -9.893260 134 -0.142 35.638 -0.305250 134 0.967 35.618 -8.293250 133 0.884 35.581 -7.193

Cvor

LC

Xp [mm]

Yp [mm]

Zp [mm]

191 114 -0.685 0.584 -39.833196 114 -0.676 0.421 -39.831193 114 -0.687 0.503 -39.822172 114 0.107 0.074 -39.816188 114 0.183 0.962 -39.797



60/87

Deformacija cvorova: max. |Xp|Cvor LC Xp [mm] Yp [mm] Zp [mm]24 8 12.751 -0.004 -0.38332 8 12.726 0.003 -0.38324 91 12.567 -0.043 -3.89732 91 12.542 0.043 -3.89724 92 12.378 -0.227 -5.085

Cvor LC Xp [mm] Yp [mm] Zp [mm]24 93 12.369 0.112 -5.17032 92 12.353 -0.113 -5.17032 93 12.344 0.226 -5.08624 43 12.337 -0.058 -5.19032 43 12.311 0.057 -5.190



61/87

Opt. 12: I+II Opt. 13: I+III

3.44 3.29 3.29 3.44

1.45 1.45 1.45 1.45

0.03 0.02 0.03 0.03

3 1 . 5 8

26

.58

Ram: V_4 Ram: V_4Reakcije oslonaca Reakcije oslonacaOpt. 14: I+II+III Opt. 15: I+IV

4.18 4.18 10.68 0.

05

10.67

1.80 1.80 4.60 4.600.04 0.03 0.08 0.08

3 4 . 1 5

0.01(R1)

74

.89

0.01(R1)

Ram: V_4 Ram: V_4Reakcije oslonaca Reakcije oslonaca



62/87

Opt. 16: I+II+IV Opt. 17: I+III+IV

11.57 0.

01

0.

04

11.41 11.42 0.

01

0.

04

11.56

4.95 4.95 4.95 4.950.09 0.09 0.09 0.09

77

.39 0.01(R1)

82

.46 0.02(R1) 0.01(R1)

77

.46 0.02(R1)

Ram: V_4 Ram: V_4Reakcije oslonaca Reakcije oslonacaOpt. 18: I+II+III+IV Opt. 19: I+V

12.31 0.

02

0.

04

12.30 8.46 0.

05

8.825.30 5.30 3.72 3.72

0.10 0.11 0.05 0.08

84

.96 0.02(R1)

85

.03 0.02(R1)

55

.89 0.02(R1)




63/87

Opt. 20: I+II+V Opt. 21: I+III+V

9.35 0.

05

9.56 9.20 0.

05

9.71

4.07 4.07 4.07 4.070.06 0.09 0.06 0.09

63

.46 0.02(R1)

58

.46 0.02(R1)

Ram: V_4 Ram: V_4Reakcije oslonaca Reakcije oslonacaOpt. 22: I+II+III+V Opt. 23: I+VI

10.09 0.

05

10.45 8.84 0.

02

8.464.42 4.43 3.73 3.72

0.07 0.09 0.07

66

.03 0.02(R1) 0.01(R1)

68

.44




64/87

Opt. 24: I+II+VI Opt. 25: I+III+VI

9.72 0.

01

0.

02

9.20 9.58 0.

03

9.35

4.08 4.07 4.08 4.070.08 0.01 0.07 0.04

58

.44 0.01(R1)

76

.0

1

0.01(R1)

71

.0

2

Ram: V_4 Ram: V_4Reakcije oslonaca Reakcije oslonacaOpt. 26: I+II+III+VI Opt. 27: I+VII

10.47 0.

02

0.

03

10.09 34.68 30.044.43 4.42 16.05 12.13

0.09 0.03

66

.01 0.02(R1)

78

.5

8

9.

77




65/87

Opt. 28: I+II+VII Opt. 29: I+III+VII

33.80 30.77 33.94 30.9215.71 12.48 15.71 12.48

0.01 0.01

7 . 5 5 1 7 . 2 7 1 2 . 5 4 1 2 . 2 8

Ram: V_4Reakcije oslonacaOpt. 30: I+II+III+VII

Ram: V_4Reakcije oslonacaOpt. 31: I+IV+VII

33.06 31.65 26.57 0.

03

38.14

15.36 12.82 12.56 15.620.02 0.05 0.04

1 5 . 0 7 1 9 . 8 2 5 5 . 7 6 6 0 . 5 4




66/87

Opt. 32: I+II+IV+VII Opt. 33: I+III+IV+VII

25.68 0.

03

38.88 25.83 0.

03

39.0312.21 15.97 12.21 15.97

0.06 0.06 0.06 0.05

68

.11 0.01(R1)

63

.1

2

Ram: V_4 Ram: V_4Reakcije oslonaca Reakcije oslonacaOpt. 34: I+II+III+IV+VII Opt. 35: I+V+VII

0.

01

24.94 0.

03

39.77 28.79 0.

01

36.3011.86 16.32 13.44 14.75

0.08 0.07 0.04 0.050.01(R1)

70

.69 0.01(R1)

41

.5

4




67/87

Opt. 36: I+II+V+VII Opt. 37: I+III+V+VII

27.90 0.

03

37.04 28.05 0.

01

37.19

13.09 15.10 13.09 15.100.04 0.06 0.04 0.05

49

.11 0.01(R1)

44

.1

1

Ram: V_4 Ram: V_4Reakcije oslonaca Reakcije oslonacaOpt. 38: I+II+III+V+VII Opt. 39: I+VI+VII

27.16 0.

03

37.93 28.41 0.

04

35.93

12.74 15.45 13.43 14.740.05 0.06 0.03

51

.69 0.01(R1)

54

.1

1




68/87

Opt. 40: I+II+VI+VII Opt. 41: I+III+VI+VII

27.52 0.

04

36.67 27.67 0.

03

36.81

13.08 15.09 13.08

15.09

0.04 0.01 0.03 0.03

61

.6

8

44

.35

56

.69

Ram: V_4 Ram: V_4Reakcije oslonaca Reakcije oslonacaOpt. 42: I+II+III+VI+VII Opt. 43: I+VIII

26.78 0.

03

37.56 2.54 0.

21

0.

21

2.5312.73 15.45 1.09

1.090.05 0.03 0.82 0.80

64

.2

5

11

.28 9.45(R1)

11

.58 9.23(R1)




69/87

Opt. 44: I+II+VIII Opt. 45: I+III+VIII

3.42 0.

21

0.

21

3.27 3.27 0.

21

0.

21

3.41

1.44 1.44 1.44 1.440.83 0.83 0.85 0.81

13

.88 9.40(R1)

19

.22 9.15(R1)

18

.93 9.36(R1)

14

.19 9.18(R1)

Ram: V_4 Ram: V_4Reakcije oslonaca Reakcije oslonacaOpt. 46: I+II+III+VIII Opt. 47: I+IV+VIII

4.16 0.

21

0.

21

4.16 10.66 0.

20

0.

22

10.64

1.79 1.79 4.59 4.590.84 0.82 1.00 0.97

21

.81 9.15(R1)

22

.11 8.94(R1)

63

.13 8.68(R1)

63

.66 8.32(R1)




70/87

Dimenzionisanje (celik)

0.780.79

0.79

0.79

0.79

0.80

0.72

0. 730.54

1 7

0.541 0

0 0

2 1

00.220.22

1 1

.

09

. 17 .

26

0.

05

.20 .

.

10 .

12

0.

05

0 . 09. 11 . 0032

. 12. 0

.27

.25.

43.

. 25 .

0

0 0

0

. 32 32 .

. 32 0 0

43 .4544 . 0 0 .0

0.710

0

0.69 0.69

0.

70

0.

93

Ram: V_4Kontrola stabilnosti

STAP 20-51 KONTROLA STAB.PRI EKSC. PRITISKU JUS U.E7.096

POPRENI PRESEK : HOP [] 200x200x6

@2@JUS

GEOMETRIJSKE KARAKTERISTIKE PRESEKA

y

200

T6

z

2 00

[m m ]

KONTROLA DEFORMACIJA

Ax = 45.360 cm2 Ay= 24.000 cm2 Az =24.000 cm2 Iz =2832.8 cm4 Iy =2832.8 cm4 Ix =4458.8 cm4 Wz =283.27 cm3 Wy =283.27 cm3

Poluprenik inercije

i,z =

7.903 cmPoluprenik inercije i,y = 7.903 cm

Vitkost lz = 89.338Vitkost ly = 89.338Relativna vitkost l'z = 0.961Relativna vitkost l'y = 0.961Relativni napon s' = 0.008Koef.zavisan od oblika Mz b = 1.000Bezdimenzionalni koeficijent k,z = 0.563Bezdimenzionalni koeficijent k,y = 0.563Koeficijent poveanja uticaja Kmz = 1.007Koeficijent poveanja uticaja Kmy = 1.007Uticaj ukupne imperfekc. tapa Knz = 1.376Uticaj ukupne imperfekc. tapa Kny = 1.376Odnos h / b = 1.000


71/87

MERODAVNI UTICAJI (kraj tapa)

Raunska normalna sila

Momenat savijanja oko z oseMomenat savijanja oko y oseTransverzalna sila u z pravcuTransverzalna sila u y pravcuSistemska duina tapa

STAP 78-151

POPRENI PRESEK : HOP [] 120x120x5@2@JUS


y

120

T5

z

1 20

[m m ]


Maksimalni ugib tapa(sluaj optereenja 146, na 524.0 cm od poetka tapa)

SLUAJ OPTEREENJA: 18FAKTOR SIGURNOSTI : 1.50DOPUTENI NAPON : 16.00MERODAVNI UTICAJI (na 148.3 cm od poetka tapa)


STAP 53-51



y

100

T5

z

8 0

[m m ]


Maksimalni ugib tapa(sluaj optereenja 85, poetak tapa)

SLUAJ OPTEREENJA: 146FAKTOR SIGURNOSTI : 1.33DOPUTENI NAPON : 18.00MERODAVNI UTICAJI (poetak tapa)


N = 0.728 kNKONTROLA UPOREDNOG NAPONA

Mz = 0.004 kNm Normalni napon s = 12.597 kN/cm2My = 35.633 kNm Smiui napon t = 0.686 kN/cm2Tz = 16.466 kN Maksimalni uporedni napon s,up = 12.653 kN/cm2Ty = -0.002 kN Doputeni napon s_dop = 18.000 kN/cm2L = 706.00 cm Kon trola napona: s,up


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STAP 72-73 Momenat savijanja oko z osePOPRENI PRESEK : HOP [] 80x60x4 Transverzalna sila u z pravcu@2@JUS Transverzalna sila u y pravcu

Sistemska duina tapaGEOMETRIJSKE KARAKTERISTIKE PRESEKA

TAP IZLOEN ZATEZANJU I SAVIJANJU

Mz = 0.189 kNmTz = 0.002 kNTy = 0.137 kNL = 135.43 cm

y

80

Tz

4

6 0

[m m ]

Normalni naponAx = 10.150 cm2 Doputeni naponAy = 6.400 cm2

Kontrola napona: s_max


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STAP 112-100 Poluprenik inercijePOPRENI PRESEK : HOP [] 120x120x5 Vitkost@2@JUS Vitkost

Relativna vitkostGEOMETRIJSKE KARAKTERISTIKE PRESEKA Relativna vitkost

Relativni naponKoef.zavisan od oblika MzBezdimenzionalni koeficijent

Ax = 22.360 cm2 Bezdimenzionalni koeficijenty Ay = 12.000 cm2 Koeficijent poveanja uticaja

Az = 12.000 cm2 Koeficijent poveanja uticajaIz = 485.47 cm4 Uticaj ukupne imperfekc. tapaIy = 485.47 cm4 Uticaj ukupne imperfekc. tapaIx = 778.50 cm4 Odnos h / b = 1.000


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0.16

0.13

0.19

0.23

0.13

0.25

18

0. 29

0

0.09.1 .

1 8

1 9

0.

30

5 1

. 0.13

1 7

.

38

. 29 .

11

0.

13

.28 .

.

30 .

26

0.

09

0 . 24. 24 . 0

0 06. 24. 0

. 09 09.

.11. 08

. 0 0 . 09

.13.

.

0. 0

0 0

00. .26

0

0.11 0.35 0.37

0 0

0.24

0.

50

0.

54

0.

58


STAP 247-242


@2@JUS


Momenat savijanja oko z ose Mz = 0.017 kNm

Momenat savijanja oko y ose

My =

-0.321 kNm

Transverzalna sila u z pravcu

Tz =

-0.206 kNTransverzalna sila u y pravcu Ty = -0.065 kN

Sistemska duina tapa L = 201.06 cm


Ax = 14.360 cm2 Normalni napon s_max = 4.681 kN/cm2 y Ay = 8.000 cm2 Doputeni napon s_dop = 16.000 kN/cm2 Az = 8.000 cm2



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STAP 209-217



y

80

Tz

4

6 0

[m m ]

Vitkost ly = 53.774Relativna vitkost l'z = 0.462Relativna vitkost l'y = 0.579Relativni napon s' = 0.001Koef.zavisan od oblika Mz b = 0.440Bezdimenzionalni koeficijent k,z = 0.864Bezdimenzionalni koeficijent k,y = 0.798Koeficijent poveanja uticaja Kmz = 0.440

Ax = 10.150 cm2 Koeficijent poveanja uticaja Kmy = 0.440Ay = 6.400 cm2 Uticaj ukupne imperfekc. tapa Knz = 1.128Az = 4.800 cm2 Uticaj ukupne imperfekc. tapa Kny = 1.186Iz = 84.090 cm4 Usvojen koef. poveanja uticaja Kmz = 1.000Iy = 53.490 cm4 Usvojen koef. poveanja uticaja Kmy = 1.000Ix = 109.78 cm4 Usvojen uticaj uk. imperfekc. Kn = 1.186

Wz =

21.023 cm3

Odnos h / b = 1.333


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STAP 202-238 VitkostPOPRENI PRESEK : HOP [] 200x200x6 Relativna vitkost@2@JUS Relativna vitkost

Relativni naponGEOMETRIJSKE KARAKTERISTIKE PRESEKA Koef.zavisan od oblika Mz

Bezdimenzionalni koeficijentBezdimenzionalni koeficijentKoeficijent poveanja uticaja

Ax = 45.360 cm2 Koeficijent poveanja uticajay Ay = 24.000 cm2 Uticaj ukupne imperfekc. tapa

Az = 24.000 cm2 Uticaj ukupne imperfekc. tapaIz = 2832.8 cm4 Usvojen koef. poveanja uticajaIy = 2832.8 cm4 Usvojen koef. poveanja uticajaIx = 4458.8 cm4 Usvojen uticaj uk. imperfekc.

200

Wz =

283.27 cm3

Odnos h / b =

1.000


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STAP 238-247



Poluprenik inercijeAx = 45.360 cm2 Poluprenik inercije

y Ay = 24.000 cm2 VitkostAz = 24.000 cm2 VitkostIz = 2832.8 cm4 Relativna vitkostIy = 2832.8 cm4 Relativna vitkost

Ix =

4458.8 cm4

Relativni napon

Wz =

283.27 cm3

Koef.zavisan od oblika Mz

T Wy = 283.27 cm3 Bezdimenzionalni koeficijentBezdimenzionalni koeficijent

6z

Koeficijent poveanja uticajaKoeficijent poveanja uticaja

2 00Uticaj ukupne imperfekc. tapaUticaj ukupne imperfekc. tapaUsvojen koef. poveanja uticaja

[m m ]Usvojen koef. poveanja uticajaUsvojen uticaj uk. imperfekc.Odnos h / b = 1.000


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Kontrola napona: s,up


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SLUAJ OPTEREENJA: 146FAKTOR SIGURNOSTI : 1.33DOPUTENI NAPON : 18.00MERODAVNI UTICAJI (na 84.7 cm od poetka tapa)

Raunska normalna sila N = 66.335 kNMomenat savijanja oko z ose Mz = -0.093 kNmMomenat savijanja oko y ose My = -0.219 kNm

Transverzalna sila u z pravcu Tz = -0.309 kNTransverzalna sila u y pravcu Ty = 1.339 kNSistemska duina tapa L = 524.00 cm

Smiui napon t = 0.137 kN/cm2Doputeni smiui napon t_dop = 10.392 kN/cm2

Kontrola napona: t


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0.160.13

0.17

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0.

22 1 5

0.14

0.

.

0

1 2

06

12

.

08

0

.

.

0.

04

0

.

.

.0407 0 .

0 0.

06 .06.

.120

0

0.13

0

0.14

0.

46

0.

47


STAP 267-275


@2@JUS


y

80

Tz

4

6 0

[m m ]


Maksimalni ugib tapa(sluaj optereenja 82, poetak tapa)

SLUAJ OPTEREENJA: 24FAKTOR SIGURNOSTI : 1.50DOPUTENI NAPON : 16.00MERODAVNI UTICAJI (kraj tapa)

Raunska normalna silaMomenat savijanja oko z oseMomenat savijanja oko y ose

Transverzalna sila u z pravcu

Transverzalna sila u y pravcu

Sistemska duina tapaDuina izvijanja oko z oseDuina izvijanja oko y oseKriva izvijanja za z osu CKriva izvijanja za y osu C

TAP IZLOEN PRITISKU I SAVIJANJU

Ax = 10.150 cm2 Ay= 6.400 cm2 Az =4.800 cm2 Iz =84.090 cm4 Iy =53.490 cm4 Ix =109.78 cm4 Wz =21.023 cm3 Wy =17.830 cm3

u = 20.163 mm

N = -10.712 kN Mz= 0.048 kNm My =

0.054 kNm Tz =

0.055 kN Ty = -0.026 kN L = 164.73cm li,z = 164.73 cm

li,y = 164.73 cm

KONTROLA STAB.PRI EKSC. PRITISKU JUS U.E7.096

Poluprenik inercije

i,z =

2.878 cmPoluprenik inercije i,y = 2.296 cm

Vitkost lz = 57.233Vitkost ly = 71.759Relativna vitkost l'z = 0.616Relativna vitkost l'y = 0.772Relativni napon s' = 0.066Koef.zavisan od oblika Mz b = 0.440Bezdimenzionalni koeficijent k,z = 0.776Bezdimenzionalni koeficijent k,y = 0.680Koeficijent poveanja uticaja Kmz = 0.451Koeficijent poveanja uticaja Kmy = 0.458Uticaj ukupne imperfekc. tapa Knz = 1.209Uticaj ukupne imperfekc. tapa Kny = 1.292Usvojen koef. poveanja uticaja Kmz = 1.000Usvojen koef. poveanja uticaja Kmy = 1.000Usvojen uticaj uk. imperfekc. Kn = 1.292Odnos h / b = 0.750


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Kontrola napona: t


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STAP 265-261



Momenat savijanja oko z ose Mz = 0.153 kNmMomenat savijanja oko y ose My = -0.135 kNmTransverzalna sila u z pravcu Tz = -0.085 kNTransverzalna sila u y pravcu Ty = -0.099 kNSistemska duina tapa L = 201.06 cm


y

80

Tz

5

8 0

[m m ]


Maksimalni ugib tapa(sluaj optereenja 82, kraj tapa)

SLUAJ OPTEREENJA: 146

FAKTOR SIGURNOSTI : 1.33

DOPUTENI NAPON : 18.00MERODAVNI UTICAJI (kraj tapa)


Ax = 14.360 cm2 Ay= 8.000 cm2 Az =8.000 cm2 Iz =124.44 cm4 Iy =124.44 cm4 Ix =210.94 cm4 Wz =

31.110 cm3 Wy =31.110 cm3

u = 20.411 mm

N = 17.633 kN

Normalni napon s_max = 2.156 kN/cm2Doputeni napon s_dop = 18.000 kN/cm2



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STAP 230-257



y

200

T6

z

2 00

[m m ]

Vitkost lz = 80.480Vitkost ly = 80.480Relativna vitkost l'z = 0.866Relativna vitkost l'y = 0.866Relativni napon s' = 0.005Koef.zavisan od oblika Mz b = 1.100Bezdimenzionalni koeficijent k,z = 0.621Bezdimenzionalni koeficijent k,y = 0.621

Ax = 45.360 cm2 Koeficijent poveanja uticaja Kmz = 1.000Ay = 24.000 cm2 Koeficijent poveanja uticaja Kmy = 1.104Az = 24.000 cm2 Uticaj ukupne imperfekc. tapa Knz = 1.328Iz = 2832.8 cm4 Uticaj ukupne imperfekc. tapa Kny = 1.328Iy = 2832.8 cm4 Odnos h / b = 1.000


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Momenat savijanja oko z ose Mz = 0.068 kNmMomenat savijanja oko y ose My = -0.463 kNm Smiui naponTransverzalna sila u z pravcu Tz = -0.759 kN Doputeni smiui naponTransverzalna sila u y pravcu Ty = 0.193 kN

Kontrola napona: t


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t = 0.079 kN/cm2t_dop = 9.238 kN/cm2

i,y = 3.266 cmlz = 107.95ly = 147.57l'z = 1.162l'y = 1.588s' = 0.019b = 1.000

k,z = 0.452

k,y =

0.288

Kmz =

1.027

Kmy = 1.000Knz = 1.484Kny = 1.715

L_vilj. = 482.00 cml_cr = 583.33 cm

s_d = 24.000 kN/cm2s_dop = 18.000 kN/cm2

q = 1.000s(N) = 0.349 kN/cm2

s(Mz) = 7.312 kN/cm2s_max = 8.108 kN/cm2s_dop = 18.000 kN/cm2

s = 7.662 kN/cm2t = 0.528 kN/cm2

s,up = 7.716 kN/cm2s_dop = 18.000 kN/cm2

N = -0.135 kNMz = -2.481 kNmTz = 0.315 kNTy = -3.012 kNL = 482.00 cm

t = 0.484 kN/cm2 t_dop = 9.238 kN/cm2

u = 12.735 mm

N = 3.599 kNL = 511.25 cm

s_max(N) =

3.182 kN/cm2s_dop =

18.000 kN/cm2



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STAP 76-20

POPRENI PRESEK : HOP L 60x60x5@2@JUS


1 7 .3 y

5

6 0

T .3

z

1 7

6 0

[m m ]


Maksimalni ugib tapa u = 32.012 mm(sluaj optereenja 75, kraj tapa)

Ax = 5.590 cm2SLUAJ OPTEREENJA: 91Ay = 3.000 cm2

Az = 3.000 cm2 FAKTOR SIGURNOSTI : 1.33Ix = 31.710 cm4 DOPUTENI NAPON : 18.00Ih = 7.270 cm4 MERODAVNI UTICAJI (poetak tapa)Iz = 19.490 cm4


N =

15.602 kN

Iy =

19.490 cm4

Sistemska duina tapa

L =

798.01 cm

TAP IZLOEN CENTRINOM ZATEZANJU

Maksimalni napon zatezanja s_max(N) = 2.791 kN/cm2 Doputeni napon s_dop = 18.000 kN/cm2


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