Calculations D. Smargianaki 29/04/2015 LBNF. Outline D. Smargianaki(CERN) 2 29/04/2015 Comparison between Single Beam & Beam with Spliced connections.

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Presentation transcript:

Calculations D. Smargianaki 29/04/2015 LBNF

Outline D. Smargianaki(CERN) 2 29/04/2015 Comparison between Single Beam & Beam with Spliced connections Trials to reinforce the beam Trials to modify the beam section Comparison between ‘Base line’ and ‘New line’

D.Smargianaki(CERN) 3 29/04/2015 Comparison Between Single Beam & Beam With Spliced Connections

Single Beam D.Smargianaki(CERN) 4 29/04/ Beam Section Inertia ( mm 4 ) : Weight ( Kg/m) :

Single Beam D.Smargianaki(CERN) 5 29/04/2015 Loaded with 450 ton

Beam With Spliced Connections D.Smargianaki(CERN) 6 29/04/ Beam Section Inertia ( mm 4 ) : Weight ( Kg/m) :

Beam With Spliced Connections D.Smargianaki(CERN) 7 29/04/2015 Loaded with 450 ton Base Line Beam Max Base Line Beam Max

Beam With Spliced Connections- Connection Area D.Smargianaki(CERN) 8 29/04/2015

D.Smargianaki(CERN) 9 29/04/2015 Trials To Reinforce The Beam

Reinforcement 1 D.Smargianaki(CERN) 10 29/04/ Beam Section Inertia ( mm 4 ) : Weight ( Kg/m) :

Reinforcement 1 D.Smargianaki(CERN) 11 29/04/2015 Loaded with 450 ton Base Line Beam Max Base Line Beam Max

Reinforcement 2 D.Smargianaki(CERN) 12 29/04/ Beam Section Inertia ( mm 4 ) : Weight ( Kg/m) :

Reinforcement 2 D.Smargianaki(CERN) 13 29/04/2015 Loaded with 450 ton Base Line Beam Max Base Line Beam Max

Reinforcement 3 D.Smargianaki(CERN) 14 29/04/ Beam Section Inertia ( mm 4 ) : Weight ( Kg/m) :

Reinforcement 3 D.Smargianaki(CERN) 15 29/04/2015 Loaded with 450 ton Base Line Beam Max Base Line Beam Max

Reinforcement 4 D.Smargianaki(CERN) 16 29/04/ Beam Section Inertia ( mm 4 ) : Weight ( Kg/m) :

Reinforcement 4 D.Smargianaki(CERN) 17 29/04/2015 Loaded with 450 ton Base Line Beam Max Base Line Beam Max

D. Smargianaki(CERN) 18 29/04/2015 Trials To Modify The Beam Section

Test for the beams D.Smargianaki(CERN) 19 29/04/2015 h t2t2 t1t1 t3t3 w2w2 w1w1

D.Smargianaki(CERN) 20 29/04/2015 Comparison Between ‘3x1 Base Line’ vs ‘2x1 New Line’

3x1 Base Line vs 2x1 New Line D.Smargianaki(CERN) 21 29/04/ Beam Section Inertia ( mm 4 ) : Weight ( Kg/m) : Beam Section Inertia ( mm 4 ) : Weight ( Kg/m) : 604

3x1 Base Line vs 2x1 New Line D.Smargianaki(CERN) 22 29/04/2015 Loading : Floor : 800 ton Roof : 130 ton Sides : 450 ton each Loading : Floor : 533 ton Roof : 87 ton Sides : 300 ton each

3x1 Base Line vs 2x1 New Line D.Smargianaki(CERN) 23 29/04/2015 Loading : Floor : 800 ton Roof : 130 ton Sides : 450 ton each Loading : Floor : 533 ton Roof : 87 ton Sides : 300 ton each