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TAeZoSysPro
TAeZoSysPro
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8df976f13fce98d1e8684d6bce32f6625a6e59cc
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6
V2.0.1
V3.0.0
fixed_HalfWall
master
default
protected
v2.0
v3.1
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4
v3.2.0
v2.0.2
v2.0.1
v3.1.0
10 results
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Created with Raphaël 2.2.0
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_internal variable to be used : for cases with variable input
master
master
bug fix: X_final was non longer variable as it should when use_RH_in is set to true
bug fix: wrong input for saturation density calculation
Update following modifications
v3.2.0
v3.2.0
Minor correction: update name of figures
Bug fix: Removal of dupplicate max function in X_liq and dX_liq
Renaming figures
Reduction of the margin on the convergence guarantee criterion on the view factor
Improvement: Adding an absolute value to avoid a negative value (possible with steady state initialisation)
Enhancement: Walls and HalfWall now handle the case where there is only one layer in the wall
Update README.md
Error correction: The reference in the function enthalpyOfWater and its derivative was 0°C rather than 20°C. That was causing the error in the T_phX function
Addition of a record for the solid water
Update the README following modifications of the openings
Minor correction of mistake in boundary in chapter name
handle zero flow for controlled Flow pump
bug fix : missing replaceable
Minor graphic change
Renaming Vertical_opneing to VerticalOpneing to respect the convention on naming
Enhancement: Adding a opening with analytical calculation of the mass flow rate with respect to pressure (static and hydrostatique)
Re do change from commit d8caeaca31655ae1bcfb96d86e35291c76beee31
Enhancement: removal reference to state.X that is not present in all media
Error correction: missing potential energy transfert
Correction of equation
Addition of updates about openings
removal of mass fraction alias variables X, X_moist and X_final
Removal of mass fraction alias variables X_a, X_b
bug fix : atmo source X
Modification to avoid issues when having a medium where the massFraction_pTphi function does not exist
Update the HTML description following code modifications
Removal of compensation of jet heigh via H_fluidStream because it has a low physical sense
Modification to taken account of buoyancy when gas with a lower density is at the bottom of the opening.
Removal of reference to X from ThermodynamicState record to handle media where X is not present
Deleting old orifice components following new component structure with altitude taken account
Correction in the calculation of water content at air outlet
Correction: Missing handover of the fraction of water when condensation occurs
Correction: Mistake on sign of power. The power is positiv when exchanger cools the fluid A and heats up the fluid B
Correction: water inlet of the sensible part when the exchanger is considered as wet is TB_mid_2 and not TB_in
Removal temporary variable P_latent_bis
Calcul of exchange power in a different way
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