modelCompressor
Gas compressor
Information
## Copyright © EDF 2002 - 2026
## ThermoSysPro Version 4.2
This component model is documented in Sect. 11.3 of the ThermoSysPro book.
Parameters
| Type | Name | Default | Description |
|---|
| Integer | mass_flow_rate_comp | 1 | Ways for computing the mass flow rate - 1: Q = rho*Qv - 2: Q = rho*f(T) |
| Units.SI.Temperature | Tmax | 284.16 | Air transition temperature between f1 = a*x + b and f2 = c*x + d for the computation of Q (active if mass_flow_rate_comp == 2) |
| Real | coef1_1 | 0.1164 | Coefficient a for f1 = a*x + b |
| Real | coef2_1 | 38.643 | Coefficient b for f1 = a*x + b |
| Real | coef1_2 | -0.2324 | Coefficient c for f2 = c*x + d |
| Real | coef2_2 | 137.49 | Coefficient d for f2 = c*x + d |
| Real | A4 | -1.2362 | Coefficient of X^4 for the computation of the isentropic efficiency |
| Real | A3 | 3.6721 | Coefficient of X^3 for the computation of the isentropic efficiency |
| Real | A2 | -4.2434 | Coefficient of X^2 for the computation of the isentropic efficiency |
| Real | A1 | 2.3957 | Coefficient of X^1 for the computation of the isentropic efficiency |
| Real | A0 | 0.4118 | Coefficient of X^0 for the computation of the isentropic efficiency |
| Real | tau_n | 14.149 | Nominal compression rate |
| Real | is_eff_n | 0.84752 | Nominal isentropic efficiency |
| Units.SI.MassFlowRate | gamma_diff | 1e-4 | Diffusion conductance (active if diffusion=true in neighbouring volumes) |
Revisions
Author
Baligh El Hefni
