fconcrete.StructuralConcrete.TransvSteelBar.TransvSteelBarSolve module¶
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class
fconcrete.StructuralConcrete.TransvSteelBar.TransvSteelBarSolve.
TransvSteelBarSolve
(concrete_beam, fyk=50, theta_in_degree=45, alpha_in_degree=90)[source]¶ Bases:
object
Methods
checkProbableCompressedConnectingRod
(self)Check probable compressed connecting rod. getComercialInfo
(self, as_per_cm)Get comercial info giving the area per cm. getMinimumSteelAreaPerCm
(self, …)Giving a beam element, calculates the minimum steel area (cmˆ2) per cm. getShearSteelAreaPerCm
(self, x, v_sd)Calculates the shear steel area (cmˆ2) per cm considering the restrictions. getShearSteelAreaPerCmDiagram
(self)Apply concrete_beam.transv_steel_bars_solution_info.getShearSteelAreaPerCm for parts of the concrete_beam. getStirrupsInfo
(self)Format all informations and return a TransvSteelBars instance. getV_rd2
(self, single_beam_element)Giving a beam element, calculates the shear related to the ruin of compressed concrete diagonals in kN. -
checkProbableCompressedConnectingRod
(self)[source]¶ Check probable compressed connecting rod. It is probable because checks only where the shear is maximum.
Call signatures:
concrete_beam.transv_steel_bars_solution_info.checkProbableCompressedConnectingRod()Returns: - v_rd2 :
number
Shear of calculation, related to the ruin of compressed concrete diagonals in kN.
- d :
number
Distance from longitudinal steel bars to the other extremity of the section in cm.
- max_shear :
number
Maximum shear in kN.
- v_rd2 :
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getComercialInfo
(self, as_per_cm)[source]¶ Get comercial info giving the area per cm.
Returns: - diameter :
number
Diameter in cm.
- space :
number
Longitudinal space between the transversal steel.
- area :
number
Area of the transversal steel bar in cmˆ2.
- as_per_cm :
number
Area of the transversal steel bar in cmˆ2 per cm.
- diameter :
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getMinimumSteelAreaPerCm
(self, single_beam_element)[source]¶ Giving a beam element, calculates the minimum steel area (cmˆ2) per cm.
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getShearSteelAreaPerCm
(self, x, v_sd)[source]¶ Calculates the shear steel area (cmˆ2) per cm considering the restrictions.
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