Prof. Giulio Lorenzini
Department of Industrial Engineering
University of Parma, Italy
Professor
Email: giulio.lorenzini@unipr.it
Qualifications
1999 Ph.D., Alma Mater Studiorum-University of Bologna, Nuclear
Engineering
1994 M.Sc., Alma Mater Studiorum-University of Bologna, Nuclear
Engineering
Publications (Selected)
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G. Lorenzini and S. Moretti (2007) A CFD application to optimize
T-shaped fins: comparisons to the Constructal theory's results, ASME Journal of
Electronic Packaging, 129 (3), 324 – 327.
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G. Lorenzini and E. Casalena (2008) CFD analysis of pulsatile
blood flow in an atherosclerotic human artery with eccentric plaques, Journal
of Biomechanics, 41 (9), 1862 – 1870.
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G. Lorenzini and S. Moretti (2008) Numerical heat transfer
optimisation in modular systems of Y-shaped fins, ASME Journal of Heat
Transfer, 130 (8), 081801-1 – 081801-5.
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G. Lorenzini and L.A.O. Rocha (2009) Constructal design of T-Y
assembly of fins for an optimized heat removal, International Journal of Heat
and Mass Transfer, 52 (5–6), 1458 – 1463.
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G. Lorenzini and S. Moretti (2009) Numerical performance
analysis of Constructal I and Y finned heat exchanging modules, ASME Journal of
Electronic Packaging, 131(3), 031012-1 – 031012-10.
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G. Lorenzini and S. Moretti (2009) A Bejan’s Constructal Theory
approach to the overall optimization of heat exchanging finned modules with air
in forced convection and laminar flow condition, ASME Journal of Heat Transfer,
131 (8), 081801-1 – 081801-18.
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G. Lorenzini and S. Moretti (2011) Bejan’s Constructal theory
analysis of gas-liquid cooled finned modules, ASME Journal of Heat Transfer,
133 (7), 071801-1 – 071801-10.
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G. Lorenzini, R. Lima Correa, E. Domingues dos Santos and L.A.O. Rocha (2011) Constructal
design of complex assembly of fins, ASME Journal of Heat Transfer, 133 (8),
081902-1– 081902-7.
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G. Lorenzini, C. Biserni and L.A.O. Rocha (2011) Geometric
optimization of isothermal cavities according to Bejan’s theory, International
Journal of Heat and Mass Transfer, 54 (17-18), 3868 – 3873.