Wyliczenie siły potrzebnej do utrzymania klapy w zamknięciu |
h1 |
2.6 |
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h2 |
3.4 |
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h3 |
2.5 |
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d1 |
1.3 |
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d3 |
1.1 |
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b |
1 |
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y |
10 |
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Sposób pierwszy: |
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Sposób drugi: |
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Sprawdzenie obliczeń |
Wypadkowa pól |
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Wykres parcia poziomego PH |
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alfa |
63.43495 |
1.11 |
a1 |
2.91 |
P1 |
37.79 |
kN |
PH |
361.25 |
kN |
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P1x |
33.80 |
kN |
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P2' |
57.80 |
kN |
Wykres parcia pionowego Pv |
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P1y |
16.90 |
kN |
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P2" |
88.40 |
kN |
Pv1 |
16.90 |
kN |
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P2 |
146.20 |
kN |
Pv3' |
66.00 |
kN |
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beta |
66.25051 |
1.16 |
a3 |
2.73 |
P3' |
34.14 |
kN |
Pv3" |
13.75 |
kN |
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P3x |
181.25 |
kN |
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P3" |
163.88 |
kN |
Pv3 |
79.75 |
kN |
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P3y |
79.75 |
kN |
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P3 |
198.02 |
kN |
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y |
dopuszczalny bład 0,05 |
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L |
62.850 |
kN |
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P |
62.850 |
kN |
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x |
dopuszczalny bład 0,05 |
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L |
361.250 |
kN |
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P |
361.250 |
kN |
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Wniosek – wypadkowe parcia hydrostatycznego wody zostały obliczone poprawnie. |
Obliczenie siły F |
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Parcie hydrostatyczne |
93.32 |
kN |
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Zagłębienie środka parcia - ZN |
6.89 |
m |
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Obliczenie siły F potrzebnej do utrzymania w zamknięciu lapy |
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H |
8.50 |
m |
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d |
1.61 |
m |
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e |
1.76 |
m |
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F |
127.46 |
- Minimalna siła potrzebna do utrzymania klapy zamknięciu |
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