shear_stiffness: Calculate the shear stiffness for K-shape lacing
In shadowboxingskills/civilR: Civil Engineering R package
Description
Usage
Arguments
Value
Description
Calculate the shear stiffness for K-shape lacing [kN].
The expression of shear stiffness is:
S_v = \frac{ n \, E \, A_d \, L_{ch} \, {h_0}^2 }{ d^3 }
Usage
1
shear_stiffness(n = 2, Ad, Lch, E, h0)
Arguments
n
Number of planes of lacing, default [n=2]
Ad
Section area of diagonal (lacing), [cm^2]
Lch
Length of chord of betwen restrains (lace points) [m]
E
Young modulus [GPa or GN/m^2]
h0
Distance between centroids of chords [m]
Value
S_v Shear stiffness for K-shape lacing [kN]
shadowboxingskills/civilR documentation built on Oct. 24, 2020, 12:22 p.m.
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Description Usage Arguments Value
Description
Calculate the shear stiffness for K-shape lacing [kN]. The expression of shear stiffness is:
S_v = \frac{ n \, E \, A_d \, L_{ch} \, {h_0}^2 }{ d^3 }
Usage
1 | shear_stiffness(n = 2, Ad, Lch, E, h0)
|
Arguments
n |
Number of planes of lacing, default [n=2] |
Ad |
Section area of diagonal (lacing), [cm^2] |
Lch |
Length of chord of betwen restrains (lace points) [m] |
E |
Young modulus [GPa or GN/m^2] |
h0 |
Distance between centroids of chords [m] |
Value
S_v Shear stiffness for K-shape lacing [kN]
R Package Documentation
Browse R Packages
We want your feedback!
Note that we can't provide technical support on individual packages. You should contact the package authors for that.
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