pois: Calculate the Poisson's ratio (nu).
In brandynlucca/acousticTS: Estimating acoustic target strength via physics-based scattering models
pois R Documentation
Calculate the Poisson's ratio (\nu).
Description
Calculate the Poisson's ratio (\nu) from two of the three other elastic
moduli to calculate the Lamé's parameter. When more than two values are input,
the function will default to using the bulk (K) and Young's (E) moduli. This
assumes that the input values represent 3D material properties.
Usage
pois(K, E, G)
Arguments
K
Bulk modulus (K, GPa).
E
Young's modulus (E, GPa).
G
Shear modulus (GPa).
Value
Returns a unitless ratio known as Poisson's ratio (\nu).
brandynlucca/acousticTS documentation built on July 4, 2025, 12:43 a.m.
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| pois | R Documentation |
Calculate the Poisson's ratio (\nu).
Description
Calculate the Poisson's ratio (\nu) from two of the three other elastic
moduli to calculate the Lamé's parameter. When more than two values are input,
the function will default to using the bulk (K) and Young's (E) moduli. This
assumes that the input values represent 3D material properties.
Usage
pois(K, E, G)
Arguments
K |
Bulk modulus (K, GPa). |
E |
Young's modulus (E, GPa). |
G |
Shear modulus (GPa). |
Value
Returns a unitless ratio known as Poisson's ratio (\nu).
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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