AMP::Operator::RadDifCoefficients Class Reference

#include <RadiationDiffusionFDDiscretization.h>

Public Member Functions
	RadDifCoefficients ()=delete
	Prevent instantiation.

Static Public Member Functions
static double	diffusionE (double k11, double T, double zatom)
static double	diffusionT (double k21, double T)
static void	reaction (double k12, double k22, double T, double zatom, double &REE, double &RET, double &RTE, double &RTT)
	Compute reaction coefficients REE, RET, RTE, REE.

Static Public Attributes
static constexpr bool	IsNonlinear = true
	Flag indicating whether nonlinear or linear PDE coefficients are used.

Detailed Description

Static class defining coefficients in a radiation-diffusion PDE

Definition at line 73 of file RadiationDiffusionFDDiscretization.h.

Constructor & Destructor Documentation

RadDifCoefficients()

AMP::Operator::RadDifCoefficients::RadDifCoefficients ( )

delete

Prevent instantiation.

Member Function Documentation

diffusionE()

static double AMP::Operator::RadDifCoefficients::diffusionE ( double  k11, double  T, double  zatom  )

static

Energy diffusion coefficient k11*D_E, given constant k11, temperature T, and atomic number zatom: nonlinear: D_E = 1/(3*sigma), sigma=(zatom/T)^3 linear: D_E = 1.0

diffusionT()

static double AMP::Operator::RadDifCoefficients::diffusionT ( double  k21, double  T  )

static

Temperature diffusion coefficient k21*D_T, given constant k21, and temperature T: nonlinear: D_T = T^2.5 linear: D_T = 1.0

reaction()

static void AMP::Operator::RadDifCoefficients::reaction ( double  k12, double  k22, double  T, double  zatom, double &  REE, double &  RET, double &  RTE, double &  RTT  )

static

Compute reaction coefficients REE, RET, RTE, REE.

Member Data Documentation

IsNonlinear

constexpr bool AMP::Operator::RadDifCoefficients::IsNonlinear = true

staticconstexpr

Flag indicating whether nonlinear or linear PDE coefficients are used.

Definition at line 82 of file RadiationDiffusionFDDiscretization.h.

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The documentation for this class was generated from the following file:

• src/operators/radiationDiffusionFD/RadiationDiffusionFDDiscretization.h