ParhamiMcMeekingSinterSpecies.h

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#ifndef PARHAMIMCMEEKINGSINTERSPECIES_H
#define PARHAMIMCMEEKINGSINTERSPECIES_H
#include "Species/BaseSpecies.h"
#include "Math/ExtendedMath.h"
#include "Interactions/AdhesiveForceInteractions/ParhamiMcMeekingSinterInteraction.h"

class ParhamiMcMeekingSinterSpecies : public virtual BaseSpecies
{
public:
    typedef ParhamiMcMeekingSinterInteraction InteractionType;

    ParhamiMcMeekingSinterSpecies();

    ParhamiMcMeekingSinterSpecies(const ParhamiMcMeekingSinterSpecies &s);

    virtual ~ParhamiMcMeekingSinterSpecies();

    void read(std::istream& is);

    void write(std::ostream& os) const;

    std::string getBaseName() const;

    void mix(ParhamiMcMeekingSinterSpecies* const S, ParhamiMcMeekingSinterSpecies* const T);

//adhesion-specific functions

    Mdouble getInteractionDistance() const;

    //setters and getters
    void set(Mdouble alpha, Mdouble beta, Mdouble atomicVolume /*Omega*/, Mdouble surfaceEnergy /*gamma_s*/,
             Mdouble thicknessDiffusion /*deltaB*D0B*/, Mdouble activationEnergy /*QB*/, Mdouble temperature /*T*/,
             Mdouble pseudoSlidingFrictionCoefficient /*\etaPart*/) {
        alpha_ = alpha;
        beta_ = beta;
        atomicVolume_ = atomicVolume;
        surfaceEnergy_ = surfaceEnergy;
        thicknessDiffusion_ = thicknessDiffusion;
        activationEnergy_ = activationEnergy;
        temperature_ = temperature;
        pseudoSlidingFrictionCoefficient_ = pseudoSlidingFrictionCoefficient;

        Mdouble boltzmannConstant /*k_B*/ = 1.38064852e-23;
        Mdouble gasConstant /*R_g*/ = 8.314459848;
        Mdouble thicknessDiffusionVacancy /*DB*/ = thicknessDiffusion_*exp(-activationEnergy_/gasConstant/temperature_);
        std::cout << thicknessDiffusionVacancy << "|" << thicknessDiffusion_ << std::endl;
        Mdouble diffusionParameter /*DeltaB*/ = atomicVolume_/boltzmannConstant/temperature_*thicknessDiffusionVacancy;
        viscosityCoefficient_ = constants::pi/(2.0*beta*diffusionParameter);
        adhesionCoefficient_ = alpha_/beta_*constants::pi*surfaceEnergy_;
        slidingFrictionCoefficient_ = pseudoSlidingFrictionCoefficient_ * constants::pi / (2.0*beta*diffusionParameter);
    }

    Mdouble getViscosityCoefficient() const {return viscosityCoefficient_;}
    Mdouble getAdhesionCoefficient() const {return adhesionCoefficient_;}
    Mdouble getSlidingFrictionCoefficient() const {return slidingFrictionCoefficient_;}

private:

    Mdouble alpha_;
    Mdouble beta_;
    Mdouble atomicVolume_; /*Omega*/
    Mdouble surfaceEnergy_; /*gamma_s*/
    Mdouble thicknessDiffusion_; /*deltaB*D0B*/
    Mdouble activationEnergy_; /*QB*/
    Mdouble temperature_; /*T*/
    Mdouble pseudoSlidingFrictionCoefficient_; /*etaPart*/

    Mdouble viscosityCoefficient_;

    Mdouble adhesionCoefficient_;

    Mdouble slidingFrictionCoefficient_;
};
#endif