PISM, A Parallel Ice Sheet Model 2.2.2-d6b3a29ca committed by Constantine Khrulev on 2025-03-28
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◆ pressure() [2/2]Get pressure in ice from depth below surface using the hydrostatic assumption. If \(d\) is the depth then \[ p = p_{\text{air}} + \rho_i g d. \] Frequently \(d\) is computed from the thickess minus a level in the ice, something like Definition at line 133 of file EnthalpyConverter.cc. References m_g, m_p_air, and m_rho_i. Referenced by pism::stressbalance::SSAFDBase::compute_driving_stress(), and pism::enthalpy_from_temperature_cold(). |