Education and Academic Career:
Cesare Biserni received the M.Sc. degree in Electrical Engineering and the Ph.D. degree in Nuclear Engineering at the University of Bologna.
After various post-doc positions as research fellow and a research period at Duke University (NC, USA), he became Assistant Professor in the disciplinary sector ING/IND-10, at the University of Bologna. Subsequently, in 2014, he joined as Associate Professor the Department of Industrial Engineering of Alma Mater in the disciplinary sector ING/IND-11. In 2021 he moved to the role of Full Professor.
Honors and Awards:
UIT (Italian Union of Thermal-Fluid Dynamics) Prize for the best PhD Thesis
ASME (American Society of Mechanical Engineering) Outstanding Reviewer 2012
Editorial Boards:
Editorial Advisory Board, International Journal of Heat and Technology- ISSN: 0392-8764, 2011-2014
Guest Editor, Journal of Heat Transfer-Transactions of the ASME- ISSN: 0022-1481, Special Issue on “Advances in Optimization Methods in Heat and Mass Transfer" February 2015
Editorial Advisory Board, The Open Mechanical Engineering Journal- ISSN:1874-155X, 2017-2019
Editorial Advisory Board, Journal of Applied Research on Industrial Engineering- ISSN: 2538-5100, 2017- Editorial Advisory Board, Global Journal of Energy Technology Research Updates- ISSN: 2409-5818, 2017-
Editorial Advisory Board, Journal of Advanced Research in Fluid Mechanics and Thermal Sciences- ISSN: 2289-7879, 2020-
Editorial Advisory Board, Applied Sciences- ISSN: 2076-3417, 2020-
Editorial Advisory Board, Dynamics- ISSN: 2409-555X, 2020-
Editorial Advisory Board, International Communications in Heat and Mass Transfer- ISSN: 0735-1933, 2022-
Participation in national awarded research projects:
Progetto Nazionale PRIN 2003 - Analisi Dinamica e Termica di Flussi Monofase e Bifase in Condotti Miniaturizzati/Unità di Bologna: Analisi Sperimentale del Comportamento Dinamico e Termico di Fluidi Monofase in Microcanali
Progetto Nazionale PRIN 2005 - Applicazioni Tecnologiche della Microfluidica/Unità di Bologna: Studio teorico e sperimentale degli effetti di scala e dei micro-effetti in efflussi monofase all’interno di microcondotti
Progetto Strategico Giovani Ricercatori 2006 UNIBO - HySP- Hybrid Ship Propulsion/Macroarea 5 "Energetica e Fluidodinamica"
Progetto ALMA IDEA Attrezzature UNIBO - Acquisto Microscopio Elettronico a Scansione a Emissione di Campo (SEM-FEG) con sistema di microanalisi
Finanziamento annuale individuale delle attività base di ricerca-2017 MIUR
Progetto Nazionale PRIN 2017 - Theoretical modelling and experimental characterization of sustainable porous materials and acoustic metamaterials for noise control
Progetto Regione Emilia Romagna POR FESR 2014-2020 - NANOFANCOIL –Applicazione delle micro-nano tecnologie per lo sviluppo di componenti innovativi per gli impianti di condizionamento
Progetto Regione Emilia Romagna POR FESR 2014-2020 - INVOLUCRO –Sistemi innovativi, adattivi e sostenibili per l’involucro edilizio ad alte prestazioni energetiche ed acustiche
Progetto Regione Emilia Romagna POR FESR 2014-2020 - CLIWAX – Materiali a cambio di fase per edifici decarbonizzati
Participation in international awarded research projects:
Horizon 2020 - RURITAGE - Rural regeneration through systemic heritage-led strategies
Erasmus + VET - ICARO – Innovative qualification for technological and organizational innovation in building sector
Horizon 2020 - SHELTER - Sustainable Historic Henvironments hoListic Reconstraction through Tecnological Enhancement and community based Resilience
Horizon 2020 - Hybrid BIO VGE – Hybrid Variable Geometry Ejector Cooling and Heating System for Buildings Driven by Solar and Biomass Heat
INTERREG V-B Adriatic-Ionian ADRION - ADRISEISMIC - New approaches for seismic improvement and renovation of Adriatic and Ionian historic urban centers
