Science and Technology for the Built Environment - v. 21, n. 5 (July 2015)

Published:	July 2015

Articles in this Issue

Author(s)	Title	Page(s)
Bansal, Pradeep / Cremaschi, Lorenzo	Advances in refrigeration and heat transfer engineering	481-482
Huang, Long / Aute, Vikrant / Radermacher, Reinhard	Airflow distribution and design optimization of variable geometry microchannel heat exchangers	693-702
Bansal, Pradeep / Shen, Bo	Analysis of environmentally friendly refrigerant options for window air conditioners	483-490
Lawrence, Neal / Elbel, Stefan	Analysis of two-phase ejector performance metrics and comparison of R134a and CO2ejector performance	515-525
Mrzyglod, Matthias / Holzer, Stefan	Aspects of household cooling technology	631-636
Hassan, Abdelrahman Hussein / Martinez-Ballester, Santiago / Gonzálvez-Maciá, José	A comparative study between a two-dimensional numerical minichannel evaporator model and a classical effectiveness–NTU approach under different dehumidifying conditions	681-692
Zou, Yang / Hrnjak, Pega S.	Comparison and generalization of R410A and R134a distribution in the microchannel heat exchanger with the vertical header	555-563
Laughman, Christopher R. / Qiao, Hongtao / Aute, Vikrant / Radermacher, Reinhard	A comparison of transient heat pump cycle models using alternative flow descriptions	666-680
Kondou, Chieko / Mishima, Fumiya / Koyama, Shigeru	Condensation and evaporation of R32/R1234ze(E) and R744/R32/R1234ze(E) flow in horizontal microfin tubes	564-577
Pisano, Alessandro / Martinez-Ballester, Santiago / Corberán, José Miguel / Monpeán, Fernando Hidalgo / Illán Gómez, Fernando / García Cascales, José Ramón	A discussion about the methodology for validating a model of a finned-tube condenser considering different correlations for the heat transfer coefficients and pressure drop	585-594
Zilio, Claudio / Brignoli, Riccardo / Kaemmer, Norbert / Bella, Bachir	Energy efficiency of a reversible refrigeration unit using R410A or R32	502-514
Lin, Xiaojie / Lee, Hoseong / Hwang, Yunho / Radermacher, Reinhard / Oh, Saikee	Field test of multi-functional variable refrigerant flow system	648-657
Chien, Nguyen Ba / Vu, Pham Quang / Choi, Kwan-Il / Oh, Jong-Taek	A general correlation to predict the flow boiling heat transfer of R410A in macro-/mini-channels	526-534
López Belchí, Alejandro / Illán Gómez, Fernando / García Cascales, José Ramón / Vera García, Francisco	Heat transfer coefficient during condensation inside a minichannel multiport tube with R32 and R410A as working fluids	535-544
Rückert, Jan Philipp / Schmitz, Gerhard	Investigation of the dynamic heat transfer coefficient of R-134a in a horizontal pipe	578-584
Majurin, Julie / Staats, Steven J. / Sorenson, Elyse / Gilles, William	Material compatibility of HVAC&R system materials with low global warming potential refrigerants	491-501
Fedele, Laura / Colla, Laura / Minetto, Silvia / Scattolini, Mauro / Bellomare, Filippo / Bobbo, Sergio / Zin, Valentina	Nanofluids characterization and application as nanolubricants in heat pump systems	621-630
Nawaz, Kashif / Schmidt, Shelly J. / Jacobi, Anthony M.	A parametric study on mass diffusion coefficient of desiccants for dehumidification applications: Silica aerogels and silica aerogel coatings on metal foams	637-647
Cremaschi, Lorenzo / Bigi, Andrea A. M. / Wong, Thiam / Deokar, Pratik	Thermodynamic properties of Al2O3nanolubricants: Part 1—Effects on the two-phase pressure drop	607-620
Khovalyg, Dolaana M. / Hrnjak, Pega S. / Jacobi, Anthony M.	Transient pressure drop cross-correlation during flow boiling of R134a in parallel minichannels	545-554
Ling, Jiazhen / Bhanot, Viren / Alabdulkarem, Abdullah / Aute, Vikrant / Radermacher, Reinhard	Transient simulation of heat pumps using low global warming potential refrigerants	658-665
Del Col, Davide / Azzolin, Marco / Bortolin, Stefano / Zilio, Claudio	Two-phase pressure drop and condensation heat transfer of R32/R1234ze(E) non-azeotropic mixtures inside a single microchannel	595-606
Huang, Long / Bacellar, Daniel / Aute, Vikrant / Radermacher, Reinhard	Variable geometry microchannel heat exchanger modeling under dry, wet, and partially wet surface conditions accounting for tube-to-tube heat conduction	703-717

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Published on:
31/12/2020
Last updated on:
31/12/2020

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Science and Technology for the Built Environment - v. 21, n. 5 (July 2015)

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Science and Technology for the Built Environment - v. 21, n. 5 (July 2015)

Articles in this Issue

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