Faculty of Engineering, Built Environment and Information Technology
School of Engineering
Department of Mechanical and Aeronautical Engineering
Meyer, JP
BIng(Mech) MIng PhD - Head of Department
NRF Rating: C1
Contact Details
Research Interests
Research Output
Contact Details:
Telephone number: 012 420 2590
Fax number: 012 362 5124
E-mail address: jmeyer@up.ac.za
Research Interests:
Simulation of fluid and heat transfer
Research Output:
Research articles in refereed specialist journals:
Liebenberg L, Meyer JP: 2006. The characterization of flow regimes with power spectral density distributions of pressure fluctuations during condensation in smooth and micro-fin tubes. Experimental Thermal and Fluid Science, 31, pp 127-140.
Dirker J, van Wyk JD, Meyer JP: 2006. Cooling of power electronics by embedded solids. Journal of Electronic Packaging, 128 / Dec, pp 388-397.
Lambrechts A, Liebenberg L, Bergles AE, Meyer JP: 2006. Heat transfer performance during condensation inside horizontal smooth, micro-fin and herringbone tubes. Journal of Heat Transfer-Transactions of the ASME, 128 / Jul, pp 691-700.
Bello-Ochende T, Liebenberg L, Meyer JP: 2006. Constructal design: Geometric optimization of micro-channel heat sinks. South African Journal of Science, 102 (11/12).
Burger NDL, de Vaal PL, Meyer JP: 2006. Failure criteria for polyethylene acetabular cups. South African Journal of Science, 102 (11/12).
Dirker J, Meyer JP: 2006. Cooling layers in rectangular heat generating electronic regions for two bounary conditions types - A comparison with a traditional approach. South African Journal of Science, 102 (11/12).
Owage D, Liebenberg L, Meyer JP: 2006. A flow regime map for refrigerant condensation in herringbone micro-fin tubes. South African Journal of Science, 102 (11/12).
Pattinson J, Malan AG, Meyer JP: 2006. An agglomerated FAS multigrid accelerated cut-cell non-collocated cartesian mesh method for incompressible and compressible flow. South African Journal of Science, 102 (11/12).
Zimparov VD, Penchev PJ, Meyer JP: 2006. Performance evaluation of tube-in-tube heat exchangers with heat transfer enhancement in the annulus. Thermal Science, 1, pp 45-56.
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