APPENDIX A: RIGIDICE MODEL

LITERATURE CITED-continue - CR95_120018

APPENDIX A: RIGIDICE MODEL-continue - CR95_120020

CR95_12
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APPENDIX A: RIGIDICE MODEL

RIGIDICE.H

// acceleration due to gravity

#define grav ((const double) 9.800)

m/sec**2

// density of liquid water

#define rhoW ((const double) 1.000E03)

kg/m**3

// density of ice

#define rhoI ((const double) 0.917E03)

kg/m**3

// viscosity of water

#define nu ((const double) 1.787E-3)

kg/m*s

// specific surface free energy of a ice-air interface

0 #define gammaIA ((const double) 0.100)

n/m

// Latent heat of fusion per unit volume of melt

#define hIW ((const double) 3.335E05)

j/m**3

// standard melting point of bulk ice, or its analogue, when exposed

// to air at standard atmospheric pressure

#define theta0 ((const double) 273.15)

kelvins

// conversions

// mm/day / (m/s)

#define mmpdTomps ((const double) 8.64e7)

// kPa to Pa

#define kP2P ((const double) 1.00e3)

class REDUCE{

protected:

double

orglamda,

orgeta,

orgFW;

public:

// Constructor

REDUCE();

void InitScales();

void FirstScales(double micro, double macro, double body);

double

lamda;

double

eta;

double

body;

double FW;

double Y;

double L(double rSI);

double P(double pSI) ;

// reduced latent heat of fusion, per unit volume of melt

double H;

double RTHETA(double thetaSI);

double SIGMA(double sigmaSI);

double GRAD(double gradSI);

double F(double fSI);

double KW(double kwSI);

double V(double vSI);

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