Finite-difference model of two-dimensional, single, and two-phase heat transport in a porous medium - Version I

@inproceedings{Faust1977FinitedifferenceMO,
  title={Finite-difference model of two-dimensional, single, and two-phase heat transport in a porous medium - Version I},
  author={Charles R. Faust and James W. Mercer},
  year={1977}
}
  • Charles R. Faust, James W. Mercer
  • Published 1977
  • Geology
  • Model documentation is presented for a two-dimensional (areal) heat-transport model capable of simulating both waterand vapordominated geothermal reservoirs that conform with the assumptions of the model. Finite-difference techniques are used to solve for the dependent variables pressure and enthalpy. The program is designed to simulate time-dependent problems such as those associated with geothermal reservoirs undergoing exploitation, and can treat the transition from compressed water to two… CONTINUE READING