Euler_buckling_load: Calculate the Euler buckling load
In shadowboxingskills/civilR: Civil Engineering R package
Description
Usage
Arguments
Value
Description
Calculate the Euler buckling load [kN]
N_{cr,ch}=\frac{π^2 \, E \, I}{{L_e}^2}
Usage
1
Euler_buckling_load(Le, E, I)
Arguments
Le
Effective length of strut [mm]
E
Young modulus [MPa or MN/m^2]
I
- check 1: I_{yy}, second moment of area Axis y-y [{cm}^4]. Check 2: I_{eff}, Effective second moment of area [{mm}^4]. Check 3: I_{eff} or I_{zz} [{mm}^4]
Value
N_{cr} Euler buckling load [kN]
shadowboxingskills/civilR documentation built on Oct. 24, 2020, 12:22 p.m.
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Description Usage Arguments Value
Description
Calculate the Euler buckling load [kN]
N_{cr,ch}=\frac{π^2 \, E \, I}{{L_e}^2}
Usage
1 | Euler_buckling_load(Le, E, I)
|
Arguments
Le |
Effective length of strut [mm] |
E |
Young modulus [MPa or MN/m^2] |
I |
- check 1: I_{yy}, second moment of area Axis y-y [{cm}^4]. Check 2: I_{eff}, Effective second moment of area [{mm}^4]. Check 3: I_{eff} or I_{zz} [{mm}^4] |
Value
N_{cr} Euler buckling load [kN]
R Package Documentation
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Note that we can't provide technical support on individual packages. You should contact the package authors for that.
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