PorousHeat.hpp File Reference

Local thermal equilibrium in porous ground layers. More...

#include <string>
#include <vector>

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Classes
struct	openswmm::twoD::ThermalMaterial
struct	openswmm::twoD::ThermalStore
struct	openswmm::twoD::ThermalContact
struct	openswmm::twoD::ThermalBoundary
struct	openswmm::twoD::ThermalSolution
struct	openswmm::twoD::ThermalContactScratch
struct	openswmm::twoD::ThermalMidpointScratch
struct	openswmm::twoD::PorousHeatColumn
struct	openswmm::twoD::ThermalAdvection

Namespaces
namespace	openswmm
namespace	openswmm::twoD

Functions
ThermalSolution &	openswmm::twoD::solveThermalContacts (const std::vector< ThermalStore > &stores, const std::vector< ThermalContact > &contacts, const std::vector< ThermalBoundary > &boundaries, double dt, ThermalContactScratch &scratch)
ThermalSolution &	openswmm::twoD::solveThermalContactsRk2 (const std::vector< ThermalStore > &stores, const std::vector< ThermalContact > &contacts, const std::vector< ThermalBoundary > &boundaries, double dt, ThermalMidpointScratch &scratch)
ThermalSolution	openswmm::twoD::solveThermalContacts (const std::vector< ThermalStore > &stores, const std::vector< ThermalContact > &contacts, const std::vector< ThermalBoundary > &boundaries, double dt)
	Solve reciprocal heat contacts by backward Euler and diagonal-preconditioned CG.
ThermalSolution	openswmm::twoD::solveThermalContactsRk2 (const std::vector< ThermalStore > &stores, const std::vector< ThermalContact > &contacts, const std::vector< ThermalBoundary > &boundaries, double dt)
	Solve reciprocal heat contacts by bounded implicit-midpoint subdivisions.
ThermalAdvection	openswmm::twoD::advectPorousColumn (PorousHeatColumn &column, const std::vector< double > &moisture, const std::vector< double > &external_water, const std::vector< double > &external_j, const std::vector< double > &withdrawal)
	Reconstruct conservative layer water fluxes and apply implicit upwind heat advection.
ThermalAdvection	openswmm::twoD::advectPorousColumnEuler (PorousHeatColumn &column, const std::vector< double > &moisture, const std::vector< double > &change, const std::vector< double > &external_water, const std::vector< double > &external_j, const std::vector< double > &withdrawal, const std::vector< double > &temperature)
	Apply a conservative explicit heat-advection tangent for one shared RK stage.
std::string	openswmm::twoD::projectGroundWaterIncrement (const PorousHeatColumn &column, double length, double delta_length, const std::vector< double > &old_water, const std::vector< double > &delta_water, std::vector< double > &output)
	Project a moving hydraulic-layer water tangent onto the fixed thermal grid.
std::string	openswmm::twoD::projectGroundMoisture (const SubsurfaceState &s, int i, double hg, const std::vector< double > &edges, std::vector< double > &output, std::vector< double > *saturated_water)
	Project accepted hydraulic moisture into a fixed physical thermal depth grid.

Detailed Description

Local thermal equilibrium in porous ground layers.

Author

Caleb Buahin caleb.nosp@m..bua.nosp@m.hin@g.nosp@m.mail.nosp@m..com

Copyright

Copyright (c) 2026 Caleb Buahin. All rights reserved.

License

Apache-2.0