Sentence examples for gas flow model from inspiring English sources

A steady-state power and gas flow model with multiple slack buses is proposed in Sect.

Based on the steady-state power and gas flow model with multiple slack buses presented in the Sect.

It is worth mentioning that the steady-state natural gas flow model (21)–(22) would neglect built-in storage capabilities of pipelines (i.e., line pack) and slow travelling speeds of natural gas flows, as compared to the transient gas flow model [6].

A gas flow model is established for organic matter considering diffusion, matrix shrinkage, stress sensitivity, and adsorption layer thickness; likewise, a gas flow model is established for inorganic matter considering diffusion and stress sensitivity.

Such persistent degassing is modeled by either the permeable gas flow model (Edmonds et al., 2003, 2010), or the conduit magma convection model (Kazahaya et al., 1994; Shinohara, 2008).

Three proposed mechanisms exist for the source of excess degassing: pre-eruptive bubbles in erupted magma, degassing of a convecting magma column, and a permeable gas flow model (Shinohara, 2008).

The power flow and gas flow models for the power-gas coupled system have been addressed in [3, 4, 5, 6, 7, 8, 9, 10, 11].

A detailed discussion of the geomechanical modelling methodology and the derivation of the strata permeabilities and gas flow modelling adopted is presented.

After determination of the main factors (desorption time, Curie point temperature, carrier gas flow), modeling was done using a Box Behnken matrix.

Based on these motivations, we propose a multi-period integrated natural gas and electric power system probabilistic optimal power flow (M-GEPOPF) model, which includes dynamic gas flow models.

To the best of the authors' knowledge, multi-period integrated gas and electric system optimal power flow (M-GEOPF) has not been formulated based on precise nonlinear electric power and gas flow models.