CURRICULUM VITAE
Name: Luca Surname: Stantero Birth: Turin (Italy) on 10th January 1973 Gender: Male Address: Via Niccolò Tommaseo, 46 10093 Collegno (TO) Italy E-mail: [email protected] Mobile phone: +39 3922904535
Education
On 25th May 2000 master degree in Mechanical engineering discussing the thesis “Physical and Mathematical Modeling of air pollution dispersion for the estimation of the atmospheric pollution due to urban traffic”.
In January 2001 he has succeeded the examination for the professional qualification as Engineer and is enrolled to List of the Engineers of the Province of Turin from 20th February 2002 with registration number 8563 W.
Starting from January 1998 he has collaborated with Prof. Emilio Cafaro of Combustion systems at the Department of Energetic of the Polytechnic of Turin University dealing with the following problems: tunnel ventilation; dimensioning of safety systems (ventilation, survey fire, extinction fire, lighting system); analysis of fire events in enclosures (buildings, tunnels); dispersion of pollutants in atmosphere; fire safety engineering probabilistic analysis of risk.
Employment History
From December 1998 he has carried out consulting activity for the Microbel Srl Company in Turin Italy on the following problems: dispersion of pollutants in atmosphere; dispersion of pollutants in buildings; building acoustics; noise and vibrations for ventilation systems.
From February 2002 to March 2010 he has worked as freelance on the following topics and activities: • Fire safety engineering, • Ventilation and fire suppression system design, • Tunnel Risk Analysis, • applied research in thermalfluiddinamics, acoustic and of mechanics of the vibrations, • commercial software.
From April 2010 he has been recruited with the qualification of manger at the Prometeoengineering.it Srl (Limited) viale Mazzini 11, 00195 Rome Italy dealing with commitment 1 management from the technical (Design, Project Management) and commercial (Proposals, Negotiations) point of view for road, rail and metro tunnel electromechanical safety systems. In the framework of the carried activity in collaboration with the university and companies, softwares have been developed for the modeling of the of the process of dispersion of pollution in the open air and in tunnel, of fire events in enclosures, calculation of the risk in road and railway tunnels.
From January 2017 he stated his own activity related to ventilation and fire suppression systems design, IoT for tunnels, and Probabilistic Risk analysis. The goal is to provide a complete or partial service to big Engineering Companies and to develop the Dynamic Risk analysis to be adopted for tunnel operation.
Computer skills
Calculation codes FLUENT: CFD code. AIRPAK: Extension of Fluent for HVAC. IMMI: Evaluation of the environmental noise and of the dispersion of pollutants in atmosphere. MC4 HVAC CAD dimensioning of thermal systems and air conditioning. FDS (Fire Dynamics Simulator) Code of numerical fluiddynamics dedicated to the fire events EVAC- Model of exodus CFAST zone Model for fire simulation in atmospheres confines LITESTAR lighting Software SES (Subway Environmental Simulation)
Applications MS Office (Word, Excel, Power Point, Access), Adobe Acrobat, Autocad, Primus
Programming and others Visual Basic, C++, SQL, HTML, Fortran 77, Matlab Data acquisition systems (SCADA, Pulse Bruel&Kjaer, LabView National Instruments, )
Languages Italian (mothertongue), English (fluent) , French (basic)
Activities in brief
Acoustics and Vibrations Acoustic and vibration measurement Ventilation muffler design Indoor and outdoor acoustic modelling
Tunnels Design of the ventilation system for about 50 road and rail tunnels. Definition of tunnel ventilation algorithms for air velocity control Design of safety systems for about 30 road and rail tunnels Probabilistic Risk Analysis for more than 300 road and rail tunnels compliant to the national and European Regulations.
Fire safety engineering Fire modeling in buildings, industry, tunnels 2
Atmospheric pollution Modeling of atmospheric pollutant dispersion for power plants, roads, industry
Fluid Dynamics Design Industrial design of nozzles, fans, airplanes, automatic tunnel fire suppression systems HVAC Design of HVAC systems for buildings
Fire tests
Monte Bianco Tunnel upgrading final fire tests More than 10 full scale fire tests in tunnel for Silvani spa, Marioff (UTC Group) Carrara for the suspended emergency exit fire proof tests (2009) Maddalena Tunnel for the test of ventilation algorithms (2014) Sorrentina Tunnel for the ventilation system test (2014)
Software development
Development of several commercial software for engineering calculations and data analysis Development of proprietary software as tool for ventilation and risk analysis consulting activity
Organization activities
Lecturer to Thermal fluid Dynamics course for the Fire brigades Organization of the EUROTHERM seminar n. 70 Physical and Mathematical modelling of fires in enclosures and fire protection on 7-8th October 2002 at the Politecnico di Torino University. Workshop ADR 2007 del PIARC C.4 WG2 in Prague Sept. 2008 Workshop ADR 2007 del PIARC C.4 WG2 in Zurich Aug. 2009 Organization of the PIARC Seminar -Road Tunnel Safety State of the Art in the Alpine Countries- Verona November 19th 2009 Organization of the PIARC Seminar -Road Tunnel Safety State of the Art in the Alpine Countries- Rome June 12th 2014 Participation to the PIARC C.4. WG2 committee writing the reports Risk Evaluation, Upgrading Tunnel Safety Participation to the PIARC TC 3.3. WG2 committee writing the reports Feedback on tunnel safety
Interests
Golf , Cars, Motorbikes, Ski, Books, Movies, Computer
Publications
Active Noise Control Applied to Buildings: State of the Art and New Proposals F. Scamoni, F. Valentini, F. Bertellino, L. Stantero INTER-NOISE 99 Proceedings
Modelli fisico-matematici per la previsione della riduzione dell'inquinamento atmosferico da traffico veicolare mediante l'adozione di combustibili alternativi (Physical –mathematical modeling of pollution reduction due to alternative fuels) E.Cafaro, C.Cima, A.Demonte, G.Fischetto, L.Stantero seminario Inquinamento e traffico nei centri urbani:situazione, soluzioni tecniche,prospettive Genova 26 Ottobre 2000 3
Fire smoke movement in tunnel scale models theory and experimental observations V. Bennardo, E. Cafaro, L. Stantero Atti XX congresso nazionale sulla trasmissione del calore UIT 2002.
Full scale Single Corner Fire Tests A. Testa, V. Bennardo, E. Cafaro, A. Castrovinci, L. Stantero Atti seminario Eurotherm n. 70 2002.
Small and Large Scale Tests in Road Tunnels M. Caciolai, E. Cafaro, N. Inzaghi, L. Stantero Atti seminario Eurotherm n. 70 2002.
Nuove Metodologie di Progetto e Verifica dei Sistemi di Ventilazione (New method for design and verification of the ventilation systems) E. Cafaro, F. Massel, N. Inzaghi, L. Stantero Le Strade- Settembre 2002
Sicurezza Antincendio in Galleria (Fire safety in tunnel) E. Cafaro, F. Massel, N. Inzaghi, L. Stantero Le Strade- Ottobre 2002
Fire smoke movement in tunnel scale models theory and experimental observations E. Cafaro, L. Stantero International Journal of Heat & Technology, Dicembre 2003
Active vibrations isolation control system for marine equipments C. Annicchiarico, E. Ferrari, F. Bertellino, M. Pacheco, L. Stantero Proc. ICMRT '05 - International Conference on Marine Research and Transportation 2005 - Ischia, Italy
Tunnel fire mitigation system: full scale tests Emilio Cafaro, Carlo Cima, Luca Stantero, Alan Arelli Tunnel Management International Vol 9. 2006 Issue 3-4
Quantitative risk analysis for tunnel safety E. Cafaro, A. Focaracci, M. Guarascio, L. Stantero Tunnel Management International Vol 9. 2006 Issue 3-4 Metodo di progettazione della sicurezza nelle gallerie stradali (Safety design in road tunnels) E. Cafaro, a. Focaracci, M. Guarascio, L. Stantero – INTERtunnel 2006, convegno Società Italiana Gallerie , Torino - Lingotto 17 Maggio 2006
Drop impingement on deep liquid surfaces: a fire suppression perspective Cafaro E., C.Cima, Stantero L. Atti 42th EUROPEAN TWO-PHASE FLOW GROUP MEETING Genova 2004
Nimbus Meta-plane, a New Aerodynamic Concept for Unmanned Hybrid Aerial Vehicle Application Emilio Cafaro, Roberto Taurino, Luca Stantero, Alfredo Capuani, Wichita Aviation Technology Congress & Exhibition, August 2008
Ricin as a bioterrorism agent E. Cafaro, P. Gentile, L. Stantero, A. Lombardozzi, M. Strano Medical Biodefense Conference 2009 20 – 22 October 2009 Munich, Germany
An intelligent tunnel management system A. Focaraci, L. Stantero, L. Carrarini, 4
2016 Strade e Autostrade, April 2016
Activities details
Software development
Commercial softwares: Rumore & Ambiente (Orione S.r.l): Acoustic measurement analysis for CEL meters Rapporto Rumore (Orione S.r.l): Environmental noise evaluation QuAT Aria (Microbel S.r.l -Provincia di Trento): Atmospheric pollution data monitoring and analysis QuAT2 Acqua (Microbel S.r.l -Provincia di Trento): Hydrological data monitoring and analysis TrentodB (Microbel S.r.l -Provincia di Trento): Noise data monitoring and analysis CQSOLE: (Micorbel Srl SOLE Spa) vibration quality control based on order analysis Almeno Data Analyzer (Orione S.r.l.): Thermal comfort data analysis EURAM: Risk analysis for tunnels (IES Engineering)
Proprietary softwares: TRANSFEM: 2D Heat transfer FEM model. ARIEL: Gaussian air pollution dispersion model. FUMO: fire zone model FS-1D CFD : 1D Low Mach Number tunnel model M-FIRE fluid network model I-RAM: Risk analysis for tunnels
Fire tests
Aeraulic measurement Monte Bianco tunnel renovation fire tests – Courmayeur (AO) 2002- Politecnico di Torino University Design and execution of room fire test in a Fire Birgades building –Susa (TO) 2002- Politecnico di Torino University Design and execution of fire suppression system tests in a 250 m long road tunnel - Tione di Trento (TN) 2004-Kidde Italy (UTC Group) Execution of fire tests for the detection and the ventilation system of the Monte Mario Tunnel on the A1 Motorway-Bologna 2008-Autostrade per l’Italia Design and execution of fire tests for the suspended walkway in the S. Croce Tunnel-Carrara 2009- Prometeoengineering.it Design and execution of fire tests for the fore resistance and spalling analysis on a metro Tunnel- Montelibretti, Roma 2011-Prometeoengineering.it
Sound & Vibration
Design and engineering of a tapping machine (Microbel S.r.l.) 1999. Design and engineering of a kundt tube (Microbel S.r.l.) 1999-2000. Motorway and railway noise barriers analysis (Microbel S.r.l.-MAER S.p.a) 1999. Design and testing of an Active noise control system for building elements (windows, walls ) (Microbel S.r.l.-I.C.I.T.E. C.N.R.) 1998-2000 Design and testing of an Active noise control system for HVAC systems(Microbel S.r.l.) 2001. Design and testing of an Active noise control system for pharmaceutical industrial machines (IMA, Microbel S.r.l.) 2002. Feasibility study of an Active noise control system for helmets ( Microbel S.r.l.) 2003. 5
Noise analysis of electric motors for washing machines, quality control in production line (Microbel S.r.l.-Bruel & Kjaer) 2001-2002. Design and testing of an Active vibration control system for marine pumps (Microbel S.r.l. CETENA-FINCANTIERI) In corso 2003-2004 Coupled vibration and fluid dynamics analysis of traffic signals structures in case of wind (GB- Nord) 2006
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Tunnels
Pollutant dispersion from tunnel portals for the Frejus Tunnel (Studio Associato Ingg. Ferro e Cerioni) 1999. Fire safety and dangerous goods analysis for an under water tunnel (S.I.N.A.) 2000. Ventilation system analysis for the Trionfale tunnel in Rome (Giua&Partners) 2000. Analysis of the fire resistance of a tunnel floor (escape way) (Giua&Partners) 2001. Analysis of the fire resistance of a tunnel counterceiling (ventilation duct) (Giua&Partners) 2002. Engineering of a mobile tunnel air quality measurement system ( Easy Systems) 1999 From 2002 to 2005 the following tunnel systems design have been performed as consultant.
Road Tunnel (length [m]) Company Items Strada dei Marmi Monte Greco (2500) IGM engineering Longitudinal vent. with shafts, Hydrants design Strada dei Marmi Macina (1000) IGM engineering Longitudinal vent. with shafts, Hydrants design Strada dei Marmi Santa Croce (1000) IGM engineering Longitudinal vent. with shafts, Hydrants design SS36 Val d’esino (1200) IGM engineering Longitudinal vent., Hydrants design A1 Motorway Monte Mario (2200) SPEA Spa Longitudinal vent.,Cross connections IGM engineering ventilation and Hydrants design- A12 Motorway Monte Quezzi Autostrade per Longitudinal ventilation (1300) l’Italia A1 Motorway Allocco (1600) SPEA Spa Longitudinal vent.,Cross connections IGM engineering ventilation and Hydrants design A1 Motorway Vado (1600) SPEA Spa Longitudinal vent.,Cross connections IGM engineering ventilation and Hydrants design A1 Motorway Grizzana (2500) SPEA Spa Longitudinal vent.,Cross connections IGM engineering ventilation and Hydrants design A1 Motorway Sparvo (2500) SPEA Spa Longitudinal vent.,Cross connections IGM engineering ventilation and Hydrants design A1 Motorway Val di sambro SPEA Spa Longitudinal vent.,Cross connections (4000) IGM engineering ventilation and Hydrants design A1 Motorway Puliana (1300) SPEA Spa Longitudinal vent.,Cross connections IGM engineering ventilation and Hydrants design A1 Motorway Manganaccia (2000) SPEA Spa Longitudinal vent.,Cross connections IGM engineering ventilation and Hydrants design SS36 National Albareda (3000 m) SPEA Spa Longitudinal vent.,Cross connections Road IGM engineering ventilation and Hydrants design SS36 National Chiuro (1000 m) SPEA Spa Longitudinal vent.,Cross connections Road IGM engineering ventilation and Hydrants design SS20 National Madonna ANAS IGM Semitransverse Ventilation Road dell’Uliveto (1400) engineering Nuova romea Tunnel Mestre SPEA Spa Longitudinal with shafts and filtration, (7500) IGM engineering Automatic fire suppression A1 Motorway Gardelletta (800) SPEA Spa Smoke extraction system IGM engineering
From 2006 to 2011 the following activities have been performed under work contract for Prometeoengineering.it: Risk analysis for 3 road tunnels on A3 Motorway Salerno-Reggio Calabria, Lot 3 (CMC).
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Risk analysis for 11 road tunnels on A3 Motorway Salerno-Reggio Calabria, Lot 5 (Impregilo). Risk analysis for 4 road tunnels on A3 Motorway Salerno-Reggio Calabria, Lot 6 (Impregilo). Safety systems design for 11 road tunnels on A3 Motorway Salerno-Reggio Calabria, Lot 5 (100 Million Euro - Impregilo). Risk analysis and safety systems design for 3 road tunnels on SS106 Motorway (ANAS). Risk analysis and safety systems design for 10 road tunnels on SS106 Motorway (DG 21- Astaldi). Risk analysis for Piedicastello, Virgolo, Fortezza, Brennero A22 Motorway Risk analysis for the Fossino Tunnel (ANAS) Analisi di rischio gallerie Piedicastello, Virgolo, Fortezza, Brennero Autostrada A22 Brennero-Modena (Autobrennero). Ventilation system analysis and upgrade design for the Tenda Tunnel (ANAS) Risk analysis and safety systems design for the Carestia Tunnel on A24 Motorway Risk analysis and safety systems design for the Rimazzano Tunnel on A12 Motorway Risk analysis for the high speed rail line Firenze-Bologna with 66 km of tunnels (9) (CAVET,RFI) CFD modeling of a Natural gas release in a rail tunnel (CAVET) Risk analysis for the Castellanza rail tunnel (NORDING) Risk analysis of the motorway tunnels of Autostrade per l’Italia (115 unidirectional tunnels) Analisi di rischio delle gallerie di Autostrade per l’Italia (ASPI). Documentattion for tender maintenance of 100 road tunnels (Project financing-ANAS) Tenders: documentation for more than 20 tenders for road, rail and metro tunnels Risk analysis for the A5-Aosta Monte Bianco (RAV) Motorway (9) road runnels . Functional test of the Dolonne tunnel on the A5- Aosta-Monte Bianco (RAV). CFD modelling of a fire under tunnel noise barriers Risk analysis for the Ponte sullo Stretto di Messina access road and rail tunnels (5 Rail, 7 Road ) Design of the safety systems for the upgrading of the rail line Bologna Firenze(CAVET- Italferr) CFD and vibration analysis of the damage of 3 Jet Fans on the S. Rocco Tunnel (A24 Motorway). Design of the safaty systems for 5 road tunnles (SS182-ANAS) Design of the safety systems for the tunnels Sappanico and Montedomini (Ghella Spa) on A14 Motorway. Fire resistance of a ventilation duct analysis and dimensioning of the ventilation system (Oberosler Spa), Risk analysis and Design of the ventilation system of the new Valdastico A31 motorway (9 tunnels (8 tunnels from 500 m to 15 km) Execution of the risk analysis for the national tunnel commission for the special characteristics (150 cases), Risk analysis for the ALARP criterion application for 39 tunnels of the Autostrade per l’Italia road network, Analysis of the regulation compliance for the Milano Genova High Speed Rail tunnels and design of the ventilation and fire suppression systems (COCIV-Impregilo), Fire Safety design, Risk analysis, SES and CFD simulations for the Milan Metro Line 4 (Impregilo-Astaldi)
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Definition, Engineering and testing of Road Tunnel Ventilation Algorithms for 14 Motorway Tunnels (Autostrade per l’Italia). Progetto Definitivo degli impianti tecnologici delle gallerie ferroviarie Homorod ed Hormenis (Italferr- Romania) Safety documentation for Milano Genova High Speed Rail, Design of electromechanical equipment for the Monza Tunnel on SS 36 road (ANAS Milano), Risk analyis and electromechanical equipment design for the Fortolese tunnel (ANAS Palermo), Executive design of electromechanical equipment design for the Serralunga Tunnel in Campo Felice (AQ) (Oberosler), Ventilation, evacuation and safety analysis of the Sellero tunnel (SS 42) (Oberosler), Safety design and temporary ventilation system for the Montedomini Tunnel (A14) (Ghella Spa), Evacuation analysis for the Novilara tunnel (Pentapoli Scarl), Executive design of the electromechanical equipment for the Rimazzano tunnel (SAT), Risk analysis for n. 8 tunnels (ANAS Liguria) Safaty analysis for the exploitment in limited conditions for 11 tunnels of the 3 SA-RC (Impregilo) Final design of the electromechanical equipment for the SS 106 Jonica n. 8 tunnles- DG 41 (Astaldi) Risk analysis and safety documentation for 3 tunnels Pedemontana Lombarda (Pedelombarda SCpA) Definition of the procedures for the electromechanical equipment in tunnels Pedemontana Lombarda (Pedelombarda SCpA) Ventilation algorythms for the Pedemontana Lombarda Tunnels (COVA-Pedelombarda SCpA) Executive electromechanical equipment design of the 6 tunnels lot 3.2 A3 Salerno-Reggio Calabria (ItalSarc-ANAS) Executive electromechanical equipment design Serralunga Tunnel (ANAS AQ-NBI) Led lighting system design for the Sappanico and Montedomini Tunnles (Autostrade per l’Italia-Ghella), Electromechanical equipment executive design of the new line 4 Milano metro (Metroblu- NBI) Electromechanical equipment executive design of AV/AC Milano-Genova High speed rail (terzo valico) (COCIV) CFD and analytic analysis of the water temperatures in a fire fighting system in caso of fire ( SPEA) Analysis of the tunnel drainage system (SPEA) Safety analysis od the cross connections for the A 23 (Udine Tarvisio) tunnels (Autostrade per l'Italia-ASPI) Risk analysis for the delle Cave Tunnel (Autostrade per l'Italia-ASPI) Electromechanical equipment final design for the Ancona harbor link (Impregilo-Astaldi) Support to the executive design of the fire fighting system and drainage system for 63 existing tunnels (SPEA Engineering) Electromechanical equipment executive design fot the Casola e S. Giuliano tunnels on the SS95 di Brienza. (Vittadello) Electromechanical equipment final design for the variation of the central part and deposit of the Milano Metro Line 4 (Consorzio Metroblu) 9
Risk analysis of the Noceire and cima di Rover road tunnels SS 10 del Tenda (ANAS Genova), Risk analysis and ventilation system 1D modelling of the Gronda di Ponente tunnel systems (Spea Engineering), Risk analyis and safety documentation of 45 road tunnels of the SIAS group (Torino Savona, Autostrada dei Fiori, SALT, SAV, CISA). Risk analysis of the Appia tunnel (PSC), Ventilation system design based on the meteorological conditions analysis at the portal for the S. Rocco Tunnel (A24) Most of the Electromechanical equipment design activities listed involve the ventilation system design.
Fire Engineering
Fire modeling of a bus depot (Ing. P. Oliaro) Fire modeling in the oval palace for the 2006 Turin Olympic games (Ing. P. Oliaro) Performancesevaluation and optimization for the foam-water tunnel fire mitigation system (Politecnico di Torino, KIDDE Italia S.p.a) 2002-2004 Fire modeling of the Ferrari S.p.A. painting plant (Ing. A. Giordana -FIAT ENGINEERING) 2003 Fire reaction analysis of metro walls (Centro per la Cultura delle Materie Plastiche-Quarella Spa) 2003 Fire test execution for IMO certification of water mist systems (Silvani Spa) 2006 Fire investigation for the 11-5-2007 fire. LANNUTTI Spa 2007 Documentation editing for UL certification of fire suppression monitors (Silvani Spa) 2007 Consulting for design of the Liefenshoek rail tunnel fire suppression system (Silvani Spa) 2008 Consulting for design o fan automatic fire suppression system for the Monte Bianco tunnel (Silvani Spa) 2008
HVAC
HVAC system design for Customs buildings- Nuova Dogana in Località Stagnoni (SP) (IGM Engineering impianti) 2002.
Athmospheric dispersion
Dispersion modeling for a glass production plant Besana Brianza (CO) (Microbel Srl) 2008. Dispersion modeling for a mortar and concrete production plant Buja (UD) (Microbel Srl) 2007. Dispersion modeling for a mortar and concrete production plant Colleferro (UD) (Microbel Srl) 2007. Dispersion modeling for a stone extraction quarry (Sertec Srl) 2006 Dispersion modeling for power plant S.Ferdinando (RC) (VIA per Gioia Tauro) (Studio Eureco S.a.s) 2003. Dispersion modeling for yards in Pontechianale (CN) (VIA) (Ingg. Corigliano e Musumeci) 2003. Dispersion modeling for roads Nuova Tangenziale di Saluzzo (Microbel S.r.l.) 2002.
Fluid-dynamcs design
Methane-air nozzles design (Automation Service S.r.l. Torino) 2001. Tunnel ventilation control systems design (Industrie CBI) 2007 Numerical analysis of a metaplane Nimbus (CXE) 2007
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