References
- The Oak Ridge Heat Pump Models: A Steady State Computer Design Model for Air-to-Air Heat Pump Fischer, S. K.;Rice, C. C.
- Ph.D. thesis, University of Catholic Computer Modeling and Prediction of Performance of an Air Source Heat Pump with a Capillary Tube Domanski, P. A.
- ASHRAE Transactions v.98 Simulation of an Evaporator with Nonumiform One-Dimensional Air Distribution Domanski, P. A.
- NISTIR 89-4133 EVSIM-An Evaporator simulation model accounting for refrigerant and one dimensional air distribution Domanski, P. A.
- ASHRAE Transactions v.96 Evaporator Model for Operation with Dry, Wet and Frosted Finned Surface, Part 1, Part 2 Oskarsson, S. P.;Krakow, K. I.;Lin, S.
- Thermal Environmental Engineering Threlkeld, J. L.
- Advances in heat transfer v.18 Heat Transfer from Tubes in Crossflow Zukauskas, A. https://doi.org/10.1016/S0065-2717(08)70118-7
- Compact Heat Exchangers(3rd ed.) Kays, W. M.;London, A. L.
- ASHRAE Transactions v.67 Heat and Mass Transfer in Dehumidifying Surface Coils Bryan, W. L.
- Proceedings of the KSME 2000 Autumn Annular Conference Heat Transfer and Pressure Loss Characteristics due to Tube Geometries in Modular Tube-Bundle Heat Exchangers Yoon, J. S.;Park, B. K.;Kim, C. J.
- Proceedings of the SAREK 2001 Spring Annular Conference(I) Effects of Air Flow Nonuniformity on the Thermal Performance of a Compact Evaporator for Natural Working Fluids Park, B. K.;Kim, G. O.;Kim, M. G.
- Journal of Heat Transfer v.119 Performance of Plate Finned Tube Heat Exchangers under dehumidifying conditions Wang, C. C.;Hsieh, Y. C.;Lin, Y. T. https://doi.org/10.1115/1.2824075