4. Summary of results#

The table shows the main drawbars found in the reference model and the two models shown.

Tirant

Strength [N]

Length [m]

\({A}_{s}\) []

Steel per element [m3]

Total steel []

C_ PLAN

SCHEMA = “SECTION”

T2

4,13E+06

8,26E-03

1.24

0.010255

0.011256

Q3

3,16E+06

6,32E-03

0.16

0.001

T1

5,80E-02

1,00E-06

1.38

1,38E-6

SCHEMA = “TOPO”

T1

4,13E+06

8,26E-03

1.24

0.010255

0.011255

T2

3,16E+06

6,32E-03

0.16

0.001

D_ PLAN

SCHEMA = “SECTION”

T4

1.06E-02

1,00E-06

0.90

9,01E-07

0.010257

Q3

1,16E-02

1,00E-06

0.96

0.010255

T2

4,13E+06

8,26E-03

1.24

0.001

T5

3,16E+06

6,32E-03

0.16

1.38E-06

T1

5,80E-02

1,00E-06

1.38

1.38E-06

SCHEMA = “TOPO”

T2

4,13E+06

8,26E-03

1.24

0.010255

0.011258

T5

3,16E+06

6,32E-03

0.16

0.001

T1

5,80E-02

1,00E-06

1.38

1.38E-06

Q3

1,16E-02

1,00E-06

0.96

9,55E-07

T4

1.06E-02

1,00E-06

0.90

9,01E-07

Table 4-1 : summary of results.

Table 4-1 shows the pull elements that have a section size greater than the minimum cross section SECTION_MINI. The total quantity of steel is calculated taking into account all the pulling elements. The results obtained by Code_Aster are non-regression values.