flow_from_temp flow_impl flowParts GoldsbyKohlstedt hardness_impl m_basal_A m_basal_n m_basal_Q m_d_grain_size m_diff_crit_temp m_diff_D_0b m_diff_D_0v m_diff_delta m_diff_Q_b m_diff_Q_v m_diff_V_m m_disl_A_cold m_disl_A_warm m_disl_crit_temp m_disl_n m_disl_Q_cold m_disl_Q_warm m_gbs_A_cold m_gbs_A_warm m_gbs_crit_temp m_gbs_n m_gbs_Q_cold m_gbs_Q_warm m_p_grain_sz_exp m_V_act_vol softness_impl

flow_from_temp() double pism::rheology::GoldsbyKohlstedt::flow_from_temp ( double  stress, double  temp, double  pressure, double  gs  ) const protectedvirtual This is the (forward) Goldsby-Kohlstedt flow law. See: D. L. Goldsby & D. L. Kohlstedt (2001), "Superplastic deformation of ice: experimental observations", J. Geophys. Res. 106(M6), 11017-11030. Reimplemented in pism::rheology::GoldsbyKohlstedtStripped. Definition at line 102 of file GoldsbyKohlstedt.cc. References m_basal_A, m_basal_n, m_basal_Q, pism::rheology::FlowLaw::m_beta_CC_grad, m_diff_crit_temp, m_diff_D_0b, m_diff_D_0v, m_diff_delta, m_diff_Q_b, m_diff_Q_v, m_diff_V_m, m_disl_A_cold, m_disl_A_warm, m_disl_crit_temp, m_disl_n, m_disl_Q_cold, m_disl_Q_warm, m_gbs_A_cold, m_gbs_A_warm, m_gbs_crit_temp, m_gbs_n, m_gbs_Q_cold, m_gbs_Q_warm, pism::rheology::FlowLaw::m_ideal_gas_constant, m_p_grain_sz_exp, pism::rheology::FlowLaw::m_rho, pism::rheology::FlowLaw::m_standard_gravity, and m_V_act_vol. Referenced by flow_impl().