Il corso di Fisica Tecnica del Corso di Edile Architettura anno 2021/2022 si terrà in aula 26 come da orario mentre per chi seguirà da remoto la piattaforma è zoom e le seguenti credenziali:
ID riunione: 89770998933
Per quanto riguarda comunicazioni e registrazioni delle lezioni si utilizzerà Classroom con il seguente codice:
il ricevimento è dalle ore 10.00 alle 12 di tutti i lunedì presso il mio studio del DIAEE o sempre dopo le lezioni in aula.
Andrea VALLATI has a M.S. degree in Mechanical Engineering and a Ph.D. degree in Thermophysical Properties of Materials in University of Ancona year 2001 (16/01/2001).
He is an Assistant Professor of Thermal Sciences (B.S. Civil Engineering) at the Faculty of Civil and Industrial Engineering of Sapienza University of Rome from year 2006 (01/11/2006). He joins Department DIAEE (Department of Astronautic, Electric and Energy Engineering) of Sapienza University of Rome. He is a member of the PhD Course in Energy and Environment at Sapienza University of Rome and a member of a Final Doctoral Commission of Mechanical Engineering at Polytechnic University of Cracow. He is the Manager and Scientific Responsible of the Laboratory of Energy and Thermodynamic of DIAEE Department.
He serves as a reviewer for several archival scientific journals, including Applied Thermal Engineering, Energies, International Journal of Numerical Methods for Heat and Fluid Flow, Sustainability, Heat Transfer Engineering, Applied Energy, Journal of Energy Storage) as well as for international conferences (UIT, International Conference on Computational Heat and Mass Transfer) and is a member of the Editorial Board of the Progress in Computational Fluid Dynamics, An International Journal, Journal of Power Technologies and Rynek Energii.
He was two times Visiting Professor at the Cracow University of Technology in 2016 and 2017 year. Prof. Vallati provided the lectures to the Energy Engineering students on Energy Storage systems with compressed air (CAES) and Microclimate in the urban contest.
He is the Scientific Responsible of the Agreement between Sapienza University of Rome (DIAEE Department) and Cracow University of Technology in Energy and Environment regarding the common research in the energy field, the Double Ph.D. Diploma, the academic exchange, write common EU project proposal and in general to organize Intarnational Conference in the heat exchange and energy field.
He has also been a member of Scientific Committee of ICCHMT Conferences and Local Chair of ICCHMT 2019 Conference. He has been, and currently is, the scientific coordinator of several research projects granted by Sapienza University of Rome. He is a member of a Board of ATI Lazio (Italian Association of Thermal Energy), member of International Association named ICCHMT, Honorary Member of Sociedad Brasileira de Meio Ambiente e Controle de Qualidade do Ar de Interiores, Member of Polish National Science Centre (NCN) how reviwer of International Research Project, Member of European Commission in the Horizon 20202 program and Member of International Association named DYMAMESI (dynamics of machines and mechanical systems with interactions). His current research interests include energy saving, energy and buildings, CFD in outdoor and indoor environment, energy efficiency, optimization of HVAC systems and the heat transfer above the soil. He is author or co-author of more than 100 scientific works on heat transfer, applied thermodynamics and energy saving, 41 of which are published in peer-reviewed international journals. The Hindex is 14 (Scopus index) and number of citations in the last 10 year is 375.
|Insegnamento||Codice||Anno||Corso - Frequentare|
|FISICA TECNICA||1017671||2021/2022||Ingegneria Civile|
|FISICA TECNICA AMBIENTALE||1012260||2021/2022||Ingegneria edile-architettura|
|FISICA TECNICA||1017671||2020/2021||Ingegneria Civile|
|FISICA TECNICA AMBIENTALE||1012260||2020/2021||Ingegneria edile-architettura|
|FISICA TECNICA AMBIENTALE||1012260||2019/2020||Ingegneria edile-architettura|
|FISICA TECNICA||1015383||2019/2020||Ingegneria Elettrotecnica|
|FISICA TECNICA||1017671||2019/2020||Ingegneria Civile|
|FISICA TECNICA||1017671||2018/2019||Ingegneria Civile|
|FISICA TECNICA||1015383||2018/2019||Ingegneria Elettrotecnica|
|FISICA TECNICA||1017671||2017/2018||Ingegneria Civile|
|FISICA TECNICA||1017671||2016/2017||Ingegneria Civile|
|Experimental validation of a heat transfer model in underground power cable systems||ENERGIES||2020|
|A Numerical Investigation of Flow and Heat Transfer of Laminar Multiple Slot Jets Impinging on Multiple Protruding Heat Sources||HEAT TRANSFER ENGINEERING||2020|
|Multiobjective optimization of underground power cable systems||ENERGY||2020|
|Energy analysis of a thermal system composed by a heat pump coupled with a PVT solar collector||ENERGY||2019|
|Numerical determination of temperature distribution in heating network||ENERGY||2019|
|Low impact energy saving strategies for individual heating systems in a modern residential building: A case study in Rome||JOURNAL OF CLEANER PRODUCTION||2019|
|Buoyancy-induced convection in water from a pair of horizontal heated cylinders enclosed in a square cooled cavity||HEAT TRANSFER ENGINEERING||2019|
|Use of nanofluids as coolants in buoyancy-driven thermal management of embedded heating components of small-scale devices||PROGRESS IN COMPUTATIONAL FLUID DYNAMICS||2019|
|Thermal performance optimization of the underground power cable system by using a modified Jaya algorithm||INTERNATIONAL JOURNAL OF THERMAL SCIENCES||2018|
|Influence of the geometrical parameters of urban canyons on the convective heat transfer coefficient||THERMAL SCIENCE||2018|
|Buoyancy-Induced Convection of Alumina-Water Nanofluids in Laterally Heated Vertical Slender Cavities||HEAT TRANSFER ENGINEERING||2018|
|Numerical Model for the Characterization of Retro-reflective Materials Behavior in an Urban Street Canyon||JOURNAL OF THERMAL SCIENCE||2018|
|Impact of shortwave multiple reflections in an urban street canyon on building thermal energy demands||ENERGY AND BUILDINGS||2018|
|Energetical analysis of two different configurations of a liquid-gas compressed energy storage||ENERGIES||2018|
|About the shortwave multiple reflections in an urban street canyon building related to three different European climates||MATEC WEB OF CONFERENCES||2018|
|Numerical investigation of conjugate heat transfer from laminar wall jet flow over a shallow cavity||HEAT TRANSFER RESEARCH||2018|
|Study of energy performance and analysis of possible retrofit strategies in a public school building in Rome||2017|
|Effects of radiative exchange in an urban canyon on building surfaces’ loads and temperatures||ENERGY AND BUILDINGS||2017|
|The performance analysis of a new thermal backfill material for underground power cable system||APPLIED THERMAL ENGINEERING||2016|
|Effects of different building automation systems on the energy consumption for three thermal insulation values of the building envelope||2016|