Ten void fraction correlations and four heat flux assumptions are evaluated for their effect on refrigerant charge inventory predictions.

Ten void fraction correlations and four heat flux assumptions are evaluated for their effect on refrigerant charge inventory predictions.

The choice of void fraction model is found to have a major effect on refrigerant inventory prediction. The maximum variation of predictions ranges from a factor ...

Ten void fraction correlations and four heat flux assumptions are evaluated for their effect on refrigerant charge inventory predictions.

The effect of void fraction correlation and heat flux assumption on refrigerant charge inventmy predictions. ASHRAE Transactions, v.93, 1987. Rigot, G. 1973 ...

One variable required for modelling the heat transfer and pressure drop of refrigerant inside air conditioner evaporators and condensers is the void fraction.

C. K. Rice, ¡°Effect of Void Fraction Correlation and Heat Flux Assumption on Refrigerant Charge. Page 12. 12. Inventory Predictions.,¡± in ASHRAE Transactions, ...

Out of this study, the best modelling approach is identified and details of its charge inventory predictions are presented.

Ten void fraction correlations and four heat flux assumptions are evaluated for their effect on refrigerant charge inventory predictions.

C. K. Rice, ¡°Effect of Void Fraction Correlation and Heat Flux Assumption on Refrigerant Charge Inventory Predictions.,¡± in ASHRAE Transactions, 1987, vol. 93, ...