Wind

Wind action according to CTE code

actions.wind.windCTE.CoefExp(gae, z)

Coeficiente de exposición en función del grado de aspereza del entorno and of the height of the point over the terrain according to CTE (expression D.2).

actions.wind.windCTE.ParamF(gae, z)

F parameter en función del grado de aspereza del entorno and of the height of the point according to CTE (expression D.3).

actions.wind.windCTE.ParamK(gae)

Parámetro k en función del grado de aspereza del entorno according to CTE (table D.2).

actions.wind.windCTE.ParamL(gae)

Parámetro L en función del grado de aspereza del entorno according to CTE (table D.2).}

actions.wind.windCTE.ParamZ(gae)

Parámetro Z en función del grado de aspereza del entorno according to CTE (table D.2).

actions.wind.windCTE.cpDosAguasZonaFVLong(A, alpha)

actions.wind.windCTE.cpDosAguasZonaFVLongAGrande = <scipy.interpolate.interpolate.interp1d object>

External pressure factor (positive downwards) in the F zone of the roof para viento sensiblemente longitudinal (45<theta<135) y area smaller or equal to 1 square meter according to table D.6.

actions.wind.windCTE.cpDosAguasZonaFVLongAPeq = <scipy.interpolate.interpolate.interp1d object>

External pressure factor (positive downwards) in the F zone of the roof para viento sensiblemente longitudinal (45<theta<135) according to table D.6.

actions.wind.windCTE.cpDosAguasZonaFVTrsv(A, alpha)

actions.wind.windCTE.cpDosAguasZonaFVTrsvAGrande = <scipy.interpolate.interpolate.interp1d object>

External pressure factor (positive downwards) in the F zone of the roof for mostly transverse winds (-45<theta<45) and area smaller or equal to 1 square meter according to table D.6.

actions.wind.windCTE.cpDosAguasZonaGVLong(A, alpha)

actions.wind.windCTE.cpDosAguasZonaGVLongAGrande = <scipy.interpolate.interpolate.interp1d object>

External pressure factor (positive downwards) in the G zone of the roof para viento sensiblemente longitudinal (45<theta<135) y area smaller or equal to 1 square meter according to table D.6.

actions.wind.windCTE.cpDosAguasZonaGVLongAPeq = <scipy.interpolate.interpolate.interp1d object>

External pressure factor (positive downwards) in the G zone of the roof para viento sensiblemente longitudinal (45<theta<135) according to table D.6.

actions.wind.windCTE.cpDosAguasZonaGVTrsv(A, alpha)

actions.wind.windCTE.cpDosAguasZonaGVTrsvAGrande = <scipy.interpolate.interpolate.interp1d object>

External pressure factor (positive downwards) in the G zone of the roof for mostly transverse winds (-45<theta<45) and area smaller or equal to 1 square meter according to table D.6.

actions.wind.windCTE.cpDosAguasZonaGVTrsvAPeq = <scipy.interpolate.interpolate.interp1d object>

External pressure factor (positive downwards) in the G zone of the roof para viento sensiblemente transversal (-45<theta<45) according to table D.6.

actions.wind.windCTE.cpDosAguasZonaHVLong(A, alpha)

actions.wind.windCTE.cpDosAguasZonaHVLongAGrande = <scipy.interpolate.interpolate.interp1d object>

External pressure factor (positive downwards) in the H zone of the roof para viento sensiblemente longitudinal (45<theta<135) y area smaller or equal to 1 square meter according to table D.6.

actions.wind.windCTE.cpDosAguasZonaHVLongAPeq = <scipy.interpolate.interpolate.interp1d object>

External pressure factor (positive downwards) in the H zone of the roof para viento sensiblemente longitudinal (45<theta<135) according to table D.6.

actions.wind.windCTE.cpDosAguasZonaHVTrsv(A, alpha)

actions.wind.windCTE.cpDosAguasZonaHVTrsvAGrande = <scipy.interpolate.interpolate.interp1d object>

External pressure factor (positive downwards) in the H zone of the roof for mostly transverse winds (-45<theta<45) and area smaller or equal to 1 square meter according to table D.6.

actions.wind.windCTE.cpDosAguasZonaHVTrsvAPeq = <scipy.interpolate.interpolate.interp1d object>

External pressure factor (positive downwards) in the H zone of the roof para viento sensiblemente transversal (-45<theta<45) according to table D.6.

actions.wind.windCTE.cpDosAguasZonaIVLong(A, alpha)

actions.wind.windCTE.cpDosAguasZonaIVLongAGrande = <scipy.interpolate.interpolate.interp1d object>

External pressure factor (positive downwards) in the I zone of the roof para viento sensiblemente longitudinal (45<theta<135) y area smaller or equal to 1 square meter according to table D.6.

actions.wind.windCTE.cpDosAguasZonaIVLongAPeq = <scipy.interpolate.interpolate.interp1d object>

External pressure factor (positive downwards) in the I zone of the roof for mostly longitudinal winds (45<theta<135) according to table D.6.

actions.wind.windCTE.cpDosAguasZonaIVTrsv(A, alpha)

actions.wind.windCTE.cpDosAguasZonaIVTrsvAGrande = <scipy.interpolate.interpolate.interp1d object>

External pressure factor (positive downwards) in the I zone of the roof for mostly transverse winds (-45<theta<45) and area smaller or equal to 1 square meter according to table D.6.

actions.wind.windCTE.cpDosAguasZonaIVTrsvAPeq = <scipy.interpolate.interpolate.interp1d object>

External pressure factor (positive downwards) in the I zone of the roof para viento sensiblemente transversal (-45<theta<45) according to table D.6.

actions.wind.windCTE.cpDosAguasZonaJVTrsv(A, alpha)

actions.wind.windCTE.cpDosAguasZonaJVTrsvAGrande = <scipy.interpolate.interpolate.interp1d object>

External pressure factor (positive downwards) in the J zone of the roof for mostly transverse winds (-45<theta<45) and area smaller or equal to 1 square meter according to table D.6.

actions.wind.windCTE.cpDosAguasZonaJVTrsvAPeq = <scipy.interpolate.interpolate.interp1d object>

External pressure factor (positive downwards) in the J zone of the roof para viento sensiblemente transversal (-45<theta<45) according to table D.6.

actions.wind.windCTE.cpMarq1AguaAbajoZonaA = <scipy.interpolate.interpolate.interp1d object>

Up external pressure in the A zone of a shed marquee with zero obstruction factor as a function of the slope according to table table D.10.

actions.wind.windCTE.cpMarq1AguaArribaZonaA(alpha, fi)

actions.wind.windCTE.cpMarq1AguaArribaZonaAFi0 = <scipy.interpolate.interpolate.interp1d object>

Up external pressure in the A zone of a shed marquee with obstruction factor equal 1 as a function of the slope according to table table D.10.

actions.wind.windCTE.cpMarq1AguaArribaZonaAFi1 = <scipy.interpolate.interpolate.interp1d object>

Up external pressure in the A zone of a shed marquee as a function of the slope for any value of the obstruction factor according to table table D.10.

actions.wind.windCTE.cpParamVertZonaAVTrsv(A, h, d)

actions.wind.windCTE.cpParamVertZonaAVTrsvAEQ2 = <scipy.interpolate.interpolate.interp1d object>

External pressure factor (positive inwards) in zone A over a vertical surface for mostly transverse winds (-45<theta<45) and area smaller or equal to 1 square meter depending on h/d according to table D.3.

actions.wind.windCTE.cpParamVertZonaAVTrsvAEQ5 = <scipy.interpolate.interpolate.interp1d object>

External pressure factor (positive inwards) in zone A over a vertical surface for mostly transverse winds (-45<theta<45) and area equal to 2 square meters depending on h/d according to table D.3.

actions.wind.windCTE.cpParamVertZonaAVTrsvAGE10 = <scipy.interpolate.interpolate.interp1d object>

External pressure factor (positive inwards) in zone A over a vertical surface for mostly transverse winds (-45<theta<45) and area equal to 5 square meters depending on h/d according to table D.3.

actions.wind.windCTE.cpParamVertZonaAVTrsvALE1 = <scipy.interpolate.interpolate.interp1d object>

Coeficiente de presión exterior (positiva hacia abajo) en over a vertical surface zona A for mostly transverse winds (-45<theta<45) according to table D.3.

actions.wind.windCTE.cpParamVertZonaBVTrsv(A, h, d)

actions.wind.windCTE.cpParamVertZonaBVTrsvAEQ2 = <scipy.interpolate.interpolate.interp1d object>

External pressure factor (positive inwards) in zone B over a vertical surface for mostly transverse winds (-45<theta<45) and area smaller or equal to 1 square meter depending on h/d according to table D.3.

actions.wind.windCTE.cpParamVertZonaBVTrsvAEQ5 = <scipy.interpolate.interpolate.interp1d object>

External pressure factor (positive inwards) in zone B over a vertical surface for mostly transverse winds (-45<theta<45) and area equal to 2 square meters depending on h/d according to table D.3.

actions.wind.windCTE.cpParamVertZonaBVTrsvAGE10 = <scipy.interpolate.interpolate.interp1d object>

External pressure factor (positive inwards) in zone B over a vertical surface for mostly transverse winds (-45<theta<45) and area equal to 5 square meters depending on h/d according to table D.3.

actions.wind.windCTE.cpParamVertZonaBVTrsvALE1 = <scipy.interpolate.interpolate.interp1d object>

Coeficiente de presión exterior (positiva hacia abajo) en over a vertical surface zona B for mostly transverse winds (-45<theta<45) according to table D.3.

actions.wind.windCTE.cpParamVertZonaCVTrsv(A, h, d)

actions.wind.windCTE.cpParamVertZonaCVTrsvAEQ2 = <scipy.interpolate.interpolate.interp1d object>

External pressure factor (positive inwards) in zone C over a vertical surface for mostly transverse winds (-45<theta<45) and area smaller or equal to 1 square meter depending on h/d according to table D.3.

actions.wind.windCTE.cpParamVertZonaCVTrsvAEQ5 = <scipy.interpolate.interpolate.interp1d object>

External pressure factor (positive inwards) in zone C over a vertical surface for mostly transverse winds (-45<theta<45) and area equal to 2 square meters depending on h/d according to table D.3.

actions.wind.windCTE.cpParamVertZonaCVTrsvAGE10 = <scipy.interpolate.interpolate.interp1d object>

External pressure factor (positive inwards) in zone C over a vertical surface for mostly transverse winds (-45<theta<45) and area equal to 5 square meters depending on h/d according to table D.3.

actions.wind.windCTE.cpParamVertZonaCVTrsvALE1 = <scipy.interpolate.interpolate.interp1d object>

Coeficiente de presión exterior (positiva hacia abajo) en over a vertical surface zona C for mostly transverse winds (-45<theta<45) according to table D.3.

actions.wind.windCTE.cpParamVertZonaDVTrsv(A, h, d)

actions.wind.windCTE.cpParamVertZonaDVTrsvAEQ2 = <scipy.interpolate.interpolate.interp1d object>

External pressure factor (positive inwards) in zone D over a vertical surface for mostly transverse winds (-45<theta<45) and area smaller or equal to 1 square meter depending on h/d according to table D.3.

actions.wind.windCTE.cpParamVertZonaDVTrsvAEQ5 = <scipy.interpolate.interpolate.interp1d object>

External pressure factor (positive inwards) in zone D over a vertical surface for mostly transverse winds (-45<theta<45) and area equal to 2 square meters depending on h/d according to table D.3.

actions.wind.windCTE.cpParamVertZonaDVTrsvAGE10 = <scipy.interpolate.interpolate.interp1d object>

External pressure factor (positive inwards) in zone D over a vertical surface for mostly transverse winds (-45<theta<45) and area equal to 5 square meters depending on h/d according to table D.3.

actions.wind.windCTE.cpParamVertZonaDVTrsvALE1 = <scipy.interpolate.interpolate.interp1d object>

Coeficiente de presión exterior (positiva hacia abajo) en over a vertical surface zona D for mostly transverse winds (-45<theta<45) according to table D.3.

actions.wind.windCTE.cpParamVertZonaEVTrsv(A, h, d)

actions.wind.windCTE.cpParamVertZonaEVTrsvAEQ2 = <scipy.interpolate.interpolate.interp1d object>

External pressure factor (positive inwards) in zone E over a vertical surface for mostly transverse winds (-45<theta<45) and area smaller or equal to 1 square meter depending on h/d according to table D.3.

actions.wind.windCTE.cpParamVertZonaEVTrsvAEQ5 = <scipy.interpolate.interpolate.interp1d object>

External pressure factor (positive inwards) in zone E over a vertical surface for mostly transverse winds (-45<theta<45) and area equal to 2 square meters depending on h/d according to table D.3.

actions.wind.windCTE.cpParamVertZonaEVTrsvAGE10 = <scipy.interpolate.interpolate.interp1d object>

External pressure factor (positive inwards) in zone E over a vertical surface for mostly transverse winds (-45<theta<45) and area equal to 5 square meters depending on h/d according to table D.3.

actions.wind.windCTE.cpParamVertZonaEVTrsvALE1 = <scipy.interpolate.interpolate.interp1d object>

Coeficiente de presión exterior (positiva hacia abajo) en over a vertical surface zona E for mostly transverse winds (-45<theta<45) according to table D.3.

actions.wind.windCTE.cpPlanaZonaFVLong(A, hp, h)

actions.wind.windCTE.cpPlanaZonaFVTrsv(A, hp, h)

actions.wind.windCTE.cpPlanaZonaFVTrsvAGrande = <scipy.interpolate.interpolate.interp1d object>

External pressure factor (positive downwards) in the F zone of the roof for mostly transverse winds (-45<theta<45) and area smaller or equal to 1 square meter according to table D.4.

actions.wind.windCTE.cpPlanaZonaFVTrsvAPeq = <scipy.interpolate.interpolate.interp1d object>

External pressure factor (positive downwards) in the F zone of the roof para viento sensiblemente transversal (-45<theta<45) according to table D.4.

actions.wind.windCTE.cpPlanaZonaGVLong(A, hp, h)

actions.wind.windCTE.cpPlanaZonaGVTrsv(A, hp, h)

actions.wind.windCTE.cpPlanaZonaGVTrsvAGrande = <scipy.interpolate.interpolate.interp1d object>

External pressure factor (positive downwards) in the G zone of the roof for mostly transverse winds (-45<theta<45) and area smaller or equal to 1 square meter according to table D.4.

actions.wind.windCTE.cpPlanaZonaGVTrsvAPeq = <scipy.interpolate.interpolate.interp1d object>

External pressure factor (positive downwards) in the G zone of the roof para viento sensiblemente transversal (-45<theta<45) according to table D.4.

actions.wind.windCTE.cpPlanaZonaHVLong(A, hp, h)

actions.wind.windCTE.cpPlanaZonaHVTrsv(A, hp, h)

actions.wind.windCTE.cpPlanaZonaHVTrsvAGrande = <scipy.interpolate.interpolate.interp1d object>

External pressure factor (positive downwards) in the H zone of the roof for mostly transverse winds (-45<theta<45) and area smaller or equal to 1 square meter according to table D.4.

actions.wind.windCTE.cpPlanaZonaHVTrsvAPeq = <scipy.interpolate.interpolate.interp1d object>

External pressure factor (positive downwards) in the H zone of the roof para viento sensiblemente transversal (-45<theta<45) according to table D.4.

actions.wind.windCTE.cpPlanaZonaIVLong(A, hp, h)

actions.wind.windCTE.cpPlanaZonaIVTrsv(A, hp, h)

actions.wind.windCTE.cpPlanaZonaIVTrsvAGrande = <scipy.interpolate.interpolate.interp1d object>

External pressure factor (positive downwards) in the I zone of the roof for mostly transverse winds (-45<theta<45) and area smaller or equal to 1 square meter according to table D.4.

actions.wind.windCTE.cpPlanaZonaIVTrsvAPeq = <scipy.interpolate.interpolate.interp1d object>

External pressure factor (positive downwards) in the I zone of the roof para viento sensiblemente transversal (-45<theta<45) according to table D.4.

actions.wind.windCTE.ifte(cond, v1, v2)

actions.wind.windCTE.interpolaCoefsPresion(A, Cpe1, Cpe10)

Función para interpolar coeficientes de presión according to expression D.4 of CTE (SE-AE-27).

wind action according to IAPF instruction

actions.wind.windIAPF.CdTableroAlmaLlenaIAPF(B, h, angAlma)

Coeficiente de arrastre para empuje horizontal sobre tableros de alma llena according to clause 2.3.7.5.1 IAPF.

actions.wind.windIAPF.CgIAPF(kz, Cz, Ct)

Factor de ráfaga according to clause 2.3.7.2 IAPF.

actions.wind.windIAPF.CzIAPF(gae, z)

Heigth factor according to clause 2.3.7.2 of IAPF.

actions.wind.windIAPF.FHkPorMetroIAPF(Cd, h, Vc)

Empuje horizontal per unit length sobre el tablero de alma llena according to clause 2.3.7.3 IAPF.

actions.wind.windIAPF.FVkPorMetroIAPF(b, Vc)

Empuje vertical per unit length sobre el tablero de alma llena according to clause 2.3.7.5.2 IAPF.

actions.wind.windIAPF.ParamKIAPF(gae)

Parámetro k en función del grado de aspereza del entorno according to IAPF standard (cuadro 2.4).

actions.wind.windIAPF.Z0IAPF(gae)

Longitud de la rugosidad z_0 en función del grado de aspereza del entorno according to IAPF (cuadro 2.4).

actions.wind.windIAPF.ZminIAPF(gae)

Altura mínima z_min en función del grado de aspereza del entorno according to IAPF (cuadro 2.4).}

actions.wind.windIAPF.alphaIAPF(gae)

Valor del alpha en función del grado de aspereza del entorno according to IAPF (cuadro 2.4).}

wind action according to SIA261 code

actions.wind.windSIA261.Ch(z, catTerrain)

factor c_h as defined in expression 12 of SIA 261 6.2.1.2

actions.wind.windSIA261.Zg(catTerrain)

value for Zg (expression 12 of SIA 261 6.2.1.2) as defined in table 4

actions.wind.windSIA261.alphaR(catTerrain)

value for alpha_r (expression 12 of SIA 261 6.2.1.2) as defined in table 4

actions.wind.windSIA261.qp(qp0, z, catTerrain)

Dynamic wind pressure as defined in expression 11 of SIA 261 6.2.1.2