DAVIDE BERARDI

Lezioni I semestre a.a. 2025-2026
 
1044828 - ANALISI DI RISCHIO - MODULO I (6CFU)

• Codice del corso Classroom: abkso6f

Le lezioni del corso saranno erogate in aula secondo il seguente orario:
dal 29 settembre 2025 al 20 dicembre 2025

• Lunedì 04.00PM - 06.00PM aula 34
• Martedì 09.00AM - 12.00AM aula 34

Il materiale didattico è disponibile nel drive associato alla classroom (abkso6f)
Le date degli appelli d'esame sono consultabili su INFOSTUD.
Inizio lezioni: Lunedì, 29 settembre 14:00 – 18:00

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Lezioni II semestre a.a. 2024-2025
 
AAF2099 - LABORATORIO DI VALUTAZIONE DEL RISCHIO NEI CANTIERI TEMPORANEI E MOBILI (3CFU)

• Codice del corso Classroom: imth5z5

Le lezioni del corso saranno erogate in aula secondo il seguente orario:
dal 3 marzo 2025 al 30 maggio 2025

• Lunedì 11.00AM - 02.00PM aula 46

Il materiale didattico è disponibile sul drive associato alla classroom (collegamento diretto a destra).
Le date degli appelli d'esame sono consultabili su INFOSTUD.
Per frequentare le lezioni e per ricevere tutti gli aggiornamenti inviare una mail a: davide.berardi@uniroma1.it
 
 
Lezioni I semestre a.a. 2024-2025
 
1044828 - ANALISI DI RISCHIO - MODULO I (6CFU)

• Codice del corso Classroom: abkso6f

Le lezioni del corso saranno erogate in aula secondo il seguente orario:
dal 30 settembre 2024 al 20 dicembre 2024

• Lunedì 04.00PM - 06.00PM aula 34
• Martedì 10.00AM - 01.00PM aula 34

Il materiale didattico è disponibile nel drive associato alla classroom.
Le date degli appelli d'esame sono consultabili su INFOSTUD.
Per frequentare le lezioni e per ricevere tutti gli aggiornamenti inviare una mail a: davide.berardi@uniroma1.it
 
 
Lezioni I semestre a.a. 2023-2024
 
1044828 - ANALISI DI RISCHIO - MODULO I (6CFU)

• Codice del corso Classroom: abkso6f

Le lezioni del corso saranno erogate in aula secondo il seguente orario:
dal 25 settembre 2023 al 20 dicembre 2023

• Lunedì 02.00PM - 04.00PM aula 34
• Martedì 10.00AM - 01.00PM aula 34

Il materiale didattico è disponibile nel drive associato alla classroom.
Le date degli appelli d'esame sono consultabili su INFOSTUD.
Per frequentare le lezioni e per ricevere tutti gli aggiornamenti inviare una mail a: davide.berardi@uniroma1.it
 
 
Lezioni II semestre a.a. 2023-2024
 
AAF2099 - LABORATORIO DI VALUTAZIONE DEL RISCHIO NEI CANTIERI TEMPORANEI E MOBILI (3CFU)

• Codice del corso Classroom: imth5z5

Le lezioni del corso saranno erogate in aula secondo il seguente orario:
dal 4 marzo 2024 al 31 maggio 2024

• Lunedì 10.00AM - 01.00PM aula G34 (Facoltà di Architettura - Via Gianturco 2)

Il materiale didattico è disponibile sul drive associato alla classroom (collegamento diretto a destra).
Le date degli appelli d'esame sono consultabili su INFOSTUD.
Per frequentare le lezioni e per ricevere tutti gli aggiornamenti inviare una mail a: davide.berardi@uniroma1.it
 
Lezioni I semestre a.a. 2022-2023
 
1044828 - ANALISI DI RISCHIO - MODULO I (6CFU)

• Codice del corso Classroom: abkso6f

Il materiale didattico è disponibile nel drive associato alla classroom.
Per frequentare le lezioni e per ricevere tutti gli aggiornamenti inviare una mail a: davide.berardi@uniroma1.it
 
 
Lezioni II semestre a.a. 2022-2023
 
AAF2099 - LABORATORIO DI VALUTAZIONE DEL RISCHIO NEI CANTIERI TEMPORANEI E MOBILI (3CFU)

• Codice del corso Classroom: imth5z5

Le lezioni del corso di Laboratorio saranno erogate in aula secondo il seguente orario:
dal 27 febbraio 2023 al 01 giugno 2023

• venerdì 10.00AM - 01.00PM aula 2E via Scarpa, 16

Il materiale didattico è disponibile sul drive associato alla classroom (collegamento diretto a destra).
Le date degli appelli d'esame sono consultabili su INFOSTUD.
Per frequentare le lezioni e per ricevere tutti gli aggiornamenti inviare una mail a: davide.berardi@uniroma1.it

Davide Berardi is a researcher in the scientific-disciplinary sector of Engineering and Safety of Excavations (CEAR-02/B) at the Department of Chemical, Materials, and Environmental Engineering, within the Faculty of Civil and Industrial Engineering, Sapienza University of Rome. He conducts research activities related to risk analysis for complex systems, Fire Safety Engineering, geostatistical modeling, occupational safety, and resilience engineering. At the same university, he obtained a Master's degree in Engineering for the Environment and Territory in 2011 and a PhD in Chemical, Materials, and Environmental Engineering in 2015. He is currently a lecturer for Risk Analysis, Risk Assessment in Temporary and Mobile Construction Sites, Safety Engineering.

Part I – General Information

Full Name Davide Berardi
Spoken Languages Italian (mother tongue), English

Part II – Education

2021 Licensure. Faculty of Civil and Industrial Engineering, Sapienza University of Rome. Registered member at the Fire Design Register of Ministry of the Interior, Department of firefighters, public rescue and civil defence (D.P.R.151/2011).
2020 Licensure. Faculty of Civil and Industrial Engineering, Sapienza University of Rome. Forensic Engineering.
2020 Licensure. Faculty of Civil and Industrial Engineering, Sapienza University of Rome. Construction Safety Manager (D.Lgs.81/2008).
2020 Licensure. Faculty of Civil and Industrial Engineering, Sapienza University of Rome. Health and Safety Officer (D.Lgs.81/2008).
2018 Licensure. Faculty of Civil and Industrial Engineering, Sapienza University of Rome. Tunnel Safety Officer (D.Lgs.264/2006).
2015 PhD in Materials and Raw Materials Engineering. Faculty of Civil and Industrial Engineering, Sapienza University of Rome. Title of final dissertation: “Sviluppo di un wedge flow meter innovativo per la misura in flussi multifase”.
2013 PhD Internship. Dep. Geothermal Engineering & Integrated Energy Systems, Technische Universitat Clausthal, Clausthal-Zellerfeld (Germany). Main activities: research activities about single-phase and two-phase flow metering. Courses attented: Geothermal Energy, German language.
2011 Licensure, Ordine degli Ingegneri della Provincia di Roma. Registered member at the Engineering Professional Order.
2011 Master’s Degree in Environmental and Territorial Engineering. University graduation, Faculty of Civil and Industrial Engineering, Sapienza University of Rome; Title of final dissertation: “Study a flow metering device in single and two phase flows”.
2009 Erasmus Program, Faculty of Civil and Environmental Engineering, University of Reykjavik, Reykjavik (Iceland). Main subjects: Earthquake Engineering, Coastal Engineering, Environmental Engineering, English language.

Part III – Appointments
IIIA – Academic Appointments

2023-present Researcher. Dep. Chemical Engineering Materials Environment, Faculty of Civil and Industrial Engineering, Sapienza University of Rome (SSD CEAR-02/B).
2023-2023 Research Fellow. Dep. Chemical Engineering Materials Environment, Faculty of Civil and Industrial Engineering, Sapienza University of Rome. Research title: “Messa a punto di un modello di Analisi di Rischio quantitativa Real Time per gallerie smart sicure” (SSD ING-IND/28).
2021-2022 Tutoring for the course Safety in petroleum industry. Faculty of Civil and Industrial Engineering, Sapienza University of Rome.
2021-2022 Research Fellow. Dep. Chemical Engineering Materials Environment, Faculty of Civil and Industrial Engineering, Sapienza University of Rome. Research title: “Analisi di affidabilità di misuratori di portata a differenziale di pressione” (SSD ING-IND/28).
2015-2016 Research Fellow. Dep. Chemical Engineering Materials Environment, Faculty of Civil and Industrial Engineering, Sapienza University of Rome. Research title: “Analisi e interpretazione del segnale della caduta di pressione per l’individuazione del regime di flusso e per la misura bifase” (SSD ING-IND/30).

IIIB – Other Appointments

2026-present Members of the Editorial Board of the International Journal of Safety and Security Engineering.
2026-present Members of the Editorial Board of the International Journal of the Italian Group of Fracture, Fracture and Structural Integrity
2025 Member of the Committee of the Faculty of Civil and Industrial Engineering, Sapienza University of Rome
2025 Scientific manager: “Definizione e messa a disposizione di modelli finalizzati alla previsione e alla gestione del rischio”. SIGEO srl - Servizi Informativi Geografici.
2025-present Members of the Society for Risk Analysis.
2024 Member of the Committee of the Dep. Chemical Engineering Materials Environment, Faculty of Civil and Industrial Engineering, Sapienza University of Rome
2024 Scientific manager: “Parere in merito alla sicurezza per la messa in esercizio di gallerie autostradali indicate nell’allegato tecnico ai sensi del D.lgs. 264/2006””. RAV, Raccordo Autostradale Valle d’Aosta SpA.
2024 Scientific manager: “Sviluppo di modelli di analisi di rischio real-time applicati alle infrastrutture critiche e finalizzati alla valutazione degli indicatori di resilienza”. Sicurezza 4.0, start up Sapienza.
2024 Scientific manager: “Attività di supporto all’analisi dei livelli di sicurezza delle gallerie autostradali indicate nell’allegato tecnico ai sensi del D.lgs. 264/2006”. RDE, Risk Design Engineering.
2024 Member of scientific research Committee: “Attività di verifica con analisi di rischio del progetto di raddoppio del traforo del Monte Bianco”. SITMB SpA, Italy. PI: Prof.ssa Mara Lombardi.
2024 Member of the Committee, as an expert in occupational safety and fire prevention, for the public competition for ten positions of Technical Collaborator assigned to the garage department of the Chamber of Deputies. Entity: Chamber of Deputies.
2024 Member of the Committee, as an expert in occupational safety and fire prevention, for the public competition for ten positions of Technical Collaborator assigned to the electrical systems and interventions department of the Chamber of Deputies. Entity: Chamber of Deputies.
2023-present Member of Resilience Engineering Association. Resilience Engineering Association.
2023 Research activity related to the development of a tool for conducting pre-risk assessment of pesticides in agricultural application scenarios. (INAIL BRIC Project) Dep. Chemical Engineering Materials Environment, Faculty of Civil and Industrial Engineering, Sapienza University of Rome.
2022 Speaker at “In Proceedings of the 5th European International conference on industrial engineering and operations management; IEOM”, July 26-28, 2022, Rome, Italy. Title: “Real Time Dynamic Quantitative Risk Analysis Approach for Smart Tunnel.” International conference on industrial engineering and operations management (IEOM).
2022-present Peer Reviewer. MDPI Journals: Sustainability, International Journal of Environmental Research and Public Health, Applied Sciences. Frontiers: Frontiers in Public Health. Guest Editor of Special Issue "Sustainable Risk Management and Safety Engineering - Second Edition" MDPI Journals Sustainability. Review Editor on the Editorial Board of Quantitative Sustainability Assessment Frontiers in Sustainability. Review for Journal of Safety and Sustainability; Review for Accident Analysis and Prevention. Elsevier. Peer Reviewer: Wiley, Taylor & Francis.
2022 Tunnel Safety Officer according to D.Lgs. 264/2006 e s.m.i. Autostrade per l’Italia Spa.
2022 Technical services to support the internal design of the Automatic Metro of Turin - Line 2, limited to studies related to CFD modeling and simulation of evacuation for different types of structures along the Rebaudengo-Politecnico section (Client: INFRATO - Infrastrutture per la mobilità Torino). Sicurezza 4.0 start up Sapienza.
2022 Member of the research group for technical-scientific coordination related to experimentation activities aimed at certifying the high and low-pressure water mist system AQUATECH® for the implementation of a fire suppression system at the Galleria Borghese art gallery. Tema Sistemi. PI: Prof.ssa Mara Lombardi.
2022-2025 Co-Supervisor of the PhD in Infrastructure and Transportation Research, XXXVI Cycle. Topic: “Soluzioni di sicurezza per Smart Tunnel: green island, dispositivi tecnici e sistemi tecnologici per gli obiettivi di sviluppo sostenibile”. Dep. of Civil, Constructional and Environmental Engineering, Faculty of Civil and Industrial Engineering, Sapienza University of Rome.
2021-2022 Member of scientific research Committee: “Attività di consulenza per la verifica normativa e di buona prassi dell’adozione, in caso di eventi incidentali, di sistemi di controllo e blocco traffico (barriere) presso il traforo del Monte Bianco”. GEIE - TMB PI: Prof.ssa Mara Lombardi.
2021-2022 Member of scientific research Committee: “Attività di ricerca e coordinamento tecnico inerente il procedimento di autorizzazione alla realizzazione di un nuovo deposito di carburante avio all’interno del sedime aeroportuale di Bologna – Borgo Panigale “G. Marconi”. G. Marconi Airport, Bologna, Italy. PI: Prof.ssa Mara Lombardi.
2020-2021 Member of scientific research Committee “Fire Safety Engineering according to Prevention Fire Code”. Dep. Chemical Engineering Materials Environment, Faculty of Civil and Industrial Engineering, Sapienza University of Rome – Dep. Innovazioni Tecnologiche INAIL. PI: Prof.ssa Mara Lombardi.
2020-2021 Member of scientific research Committee: "Attività di ricerca inerente lo studio di scenari probabilistici sul rischio di incidenti aerei per l’aeroporto G. Marconi di Bologna (rif. Masterplan 2016-2023)". G. Marconi Airport, Bologna, Italy. PI: Prof.ssa Mara Lombardi.
2020 Support for the assessment and management of risks by the Forest Unit Command of the Carabinieri Dep. Chemical Engineering Materials Environment, Faculty of Civil and Industrial Engineering, Sapienza University of Rome.
2020 Collins srl – Servizi di Ingegneria degli Scavi. Consulting: “Galleria di Base – Analisi funzionale dell’architettura di sistema Autostrada A1, tratto La Quercia – Aglio”.
2017-2020 Engineer (Reservoir engineering, production optimization, gas storage, sensors and meter, multiphase flow meter, system for drilling monitoring and optimization, geothermal energy systems, safety engineering). 3FASE spin off Sapienza.
2014 Member of the Organizing Committee of the conference “Sistemi Geotermici Non Convenzionali”, Rome, 20 June 2014 Faculty of Civil and Industrial Engineering, Sapienza University of Rome.
2013-2016 Collins srl – Servizi di Ingegneria degli Scavi. Characterization based on methane risk of the formations affected by the construction works of the following tunnels of S.S.106 Jonica, Barberino–Firenze Nord-Variante Santa Lucia, Pedemontana delle Marche, Terzo Valico – COCIV.
2013 Speaker at “8th World Conference on Experimental Heat Transfer, Fluid Mechanics, and Thermodynamics” June 16-20, 2013, Lisbon, Portugal. Title: From a valve to a flow metering device in two phase flows. World conferences on experimental heat transfer, fluid mechanics and thermodynamics (ExHFT).

Part III – Teaching experience

2025 Seminar as part of Return Academy (Return - Multi-risk science for resilient communities under a changing climate) about Resilience of Critical Infrastructures., Department of Civil, Building and Environmental Engineering, Sapienza University of Napoli Federico II, 1th March 2025.
2022-present 30427- Safety and Civil Protection Engineering [LM - Ordin. 2020] - LM-26 Faculty of Civil and Industrial Engineering, Sapienza University of Rome (cod. 1044828) Risk Analysis – Module I (SSD ING-IND/28).
2022-present 31176- Technical professions for construction and the land [L-270 - Ordin. 2022] - L-P01 Faculty of Civil and Industrial Engineering, Sapienza University of Rome (cod. AAF2099) Lab of risk assessment in temporary and mobile construction sites.
2021-2022 Seminars as part of the Risk Assessment Laboratory course in temporary and mobile construction sites - Technical professions for construction and the territory degree. Faculty of Civil and Industrial Engineering, Sapienza University of Rome.
2020-present PCTO - Percorsi per le Competenze Trasversali e l'Orientamento - Progetti 2020-2021. Rendi la tua città resiliente: - Rischi + Sostenibilità. Faculty of Civil and Industrial Engineering, Sapienza University of Rome.
2020-2021 Teaching assignment relating to the course Responsabili della Sicurezza per le Gallerie 2020-2021 - Autostrade per l’Italia Faculty of Civil and Industrial Engineering, Sapienza University of Rome.
2020-present Teaching assignment relating to the course of Safety at Work – Course for Safety Coordinators in the design and execution phase (ex D.Lgs. 81/2008). Faculty of Civil and Industrial Engineering, Sapienza University of Rome.
2020-present Teaching Assistant: Safety and Risk Analysis – Faculty of Civil and Industrial Engineering, Sapienza University of Rome (SS ING-IND/28).
2020-2021 Seminars in the course of Safety in Construction Sites - CdS Safety Engineering and Civil Protection Faculty of Civil and Industrial Engineering, Sapienza University of Rome (SS ING-IND/28).

Part V - Funding Information

2022 Component: “FIRE-wildFIre-related-landslide scenarIos for territorial planning and Risk management”. Sapienza, Progetti di Ricerca Grandi.

Part VI – Research Activities

Road and Rail Safety. Definition of the best practice for safety analysis and management applied to network TERN. Reliability of Quantitative Risk Analysis considering stochastic uncertainties and ethical aspect of acceptability criteria. (see Guarascio, M.; Berardi, D.; Despabeladera, C.; Alakbarli, E.; Di Benedetto, E.; Galuppi, M.; Lombardi, M. Road Tunnel Risk-Based Safety Design Methodology by gu@larp Quantum Risk Model. In WIT Transactions on The built environment; 2022; Vol. 1, pp 39–50).
Risk Analysis. Risk analysis is the science of risks and in a probabilistic risk assessment is a strategy to analyse the safety and to consider risks as the probability of occurrence of a consequence and the magnitude of a potential consequence. (see Lombardi, M.; Libertà, A.; Berardi, D.; Di Benedetto, E.; Guarascio, M. Concepts and operational tools for multihazard risk analysis in road tunnels: the san Benedetto event, Italy. WIT Transactions on the Built Environment 2021, 206, 229–239).
Research activity concerning the study of probabilistic scenarios on the risk of air accidents for the G. Marconi airport of Bologna.
Research and technical coordination activities concerning the authorization procedure for the construction of a new aviation fuel depot within the Bologna airport.
Fire Engineering. Experimentation activities aimed at the certification of the AQUATECH® high and low pressure water mist system for the construction of an extinguishing system at the Galleria Borghese art gallery.
Modeling of expected fire propagation areas based on environmental, geomorphological indicators and Forest Fire Hazard Index as well as in the conceptualization of strategies for the extinguishing and management of the emergency phase (Project FIRE - wildFIre-related-landslide scenarIos for territorial planning and Risk managemEnt).
Geostatistical analysis. Implementation of a geostatistical methodology to provide quantitative data of the ground vibrational movements to the decision support systems to determine the priorities of the seismic interventions adaptation of existing transport infrastructures but also in the design phase of new infrastructures. Guarascio, M.; Libertà, A.; Berardi, D.; Di Benedetto, E.; Lombardi, M. Application of seismic geostatistics to improve the territorial infrastructure resilience and sustainability. WIT Transactions on the Built Environment 2021, 206, 3–14.
Sustainability Energy. Assessment of the sustainability and renewability of geothermal energy sources through the modeling of the mass and thermal flow in the subsoil. Reuse of oil wells for the production of thermal energy (see Alimonti, C.; Soldo, E.; Bocchetti, D.; Berardi, D. The Wellbore Heat Exchangers: A Technical Review. Renewable Energy 2018, 123, 353–381. IF: 5.439. CiteScore: 13.6. Times cited: 42.) Study on renewable energy sources to conserve energy and address issues of disaster risk management, territorial resilience and vulnerability, especially as these issues relate to critical infrastructures (CIs), such as roads and railways. (see Lombardi, M.; Berardi, D.; Galuppi, M.; Barbieri, M. Green Tunnel Solutions: An Overview of Sustainability Trends in the Last Decade (2013–2022). Buildings 2023, 13, 392. 8).
Occupational Safety. The main goal of this research activity is the analysis of statistical evidence between the size of work organization and the propensity to accidents. Specially, the research aims to verify the original hypothesis of a statistically significant relationship between the increase of work organization and resilience to risk, both about the single worker that about the working group, as measured by statistical indicators of organization and effective injury rate and in order to recognize, by analysis of familiarity (cluster analysis), factors of hazard and ways of injury most sensitive to increase of the organization level. The research also aims to investigate the statistical relationships between the dimensions of work organization and quantitative indicators of accidents, comparing, by means the ANOVA model, the variables obtained from an available sample with those of a check sample, by measuring the "pre and post" performance indicators. The study verifies (by means of exploratory analysis) a method of dynamic graphical investigation of the timing-evolution of accident, by using techniques of cluster analysis and graphical algebra (Ishikawa model) in order to identify the areas of hazard where the intervention can produce some significant change. The most significant results were applied to risk assessment for workers involved in landfill management and remediation. (see Lombardi, M.; Mauro, F.; Fargnoli, M.; Napoleoni, Q.; Berardi, D.; Berardi, S. Occupational Risk Assessment in Landfills: Research Outcomes from Italy. Safety 2023, 9, 3).

Part VII – Publications

1. Berardi, D., Galuppi, M., Proietti, P. et al. Geostatistical modeling of meteorological condition for a decision support system in wildfire resilience management. Nat Hazards 122, 274 (2026). https://doi.org/10.1007/s11069-025-07911-y
2. Galuppi, M., Berardi, D., & Lombardi, M. (2025). The Contribution from Asphalt Pavement to Road Tunnel Fire Risk. Case Studies in Construction Materials, e05029. https://doi.org/10.1016/J.CSCM.2025.E05029
3. De Marco, A., Berardi, D., Galuppi, M., & Lombardi, M. (2025). Quantitative resilience assessment on critical infrastructures – A systematic literature review of the last decade (2014-2024). Journal of Safety Science and Resilience, 6(3), 100201. https://doi.org/10.1016/J.JNLSSR.2025.02.002
4. Berardi, D.; Galuppi, M.; Libertà, A.; Lombardi, M. Forecasting of Wildfire Probability Occurrence: Case Study of a Mediterranean Island of Italy. Land 2025, 14, 277. https://doi.org/10.3390/land14020277
5. Colosio, C.; Rajcevic, S. M.; Rubino, F. M.;Lombardi, M.; Berardi, D.; Fargnoli, M.; Puri, D.; Laurendi, V. SS21-05 Creation and validation of a tool for preventive risk assessment in agriculture, Occupational Medicine, Volume 74, Issue Supplement_1, July 2024, Page 0, https://doi.org/10.1093/occmed/kqae023.0154
6. Pireddu, A.; Bedini, A.; Lombardi, M.; Ciribini, A.L.C.; Berardi, D. A Review of Data Mining Strategies by Data Type, with a Focus on Construction Processes and Health and Safety Management. Int. J. Environ. Res. Public Health 2024, 21, 831. https://doi.org/10.3390/ijerph210708311
7. Berardi, D.; Galuppi, M.; Libertà, A.; Lombardi, M. Geostatistical Modeling of Wildfire Occurrence Probability: The Case Study of Monte Catillo Natural Reserve in Italy. Fire 2023, 6, 427. https://doi.org/10.3390/fire6110427
8. Pireddu, A., Lombardi, M., Bruzzone, S., Berardi, D., Guarascio, M. Risk based tunnel design by vehicle involved in road crashes: Models and tunnel length. International Journal of Transport Development and Integration 2023, Vol. 7, No. 2, pp. 95-103. https://doi.org/10.18280/ijtdi.070204 (CiteScore: 1.9)
9. Berardi, D.; Galuppi, M.; Lombardi, M. Experimental Study on the Effectiveness of Water Mist Extinguishing Systems for Protecting Paintings in Art Gallery Museums: Developing an Initial Methodological Model. Buildings 2023, 13, 1806. https://doi.org/10.3390/buildings13071806 (IF: 3.8; CiteScore: 3.1)
10. Lombardi, M.; Berardi, D.; Galuppi, M. A Critical Review of Fire Tests and Safety Systems in Road Tunnels: Limitations and Open Points. Fire 2023, 6, 213. https://doi.org/10.3390/fire6050213 (IF: 2.726; CiteScore: 4.9)
11. Lombardi, M.; Mauro, F.; Berardi, D.; Galuppi, M. Occupational Road Safety Management: A Preliminary Insight for a Landfill Remediation Site. Buildings 2023, 13, 1238. https://doi.org/10.3390/buildings13051238 (IF: 3.324; CiteScore: 3.8)
12. Lombardi, M.; Berardi, D.; Galuppi, M.; Barbieri, M. Green Tunnel Solutions: An Overview of Sustainability Trends in the Last Decade (2013–2022). Buildings 2023, 13, 392. https://doi.org/10.3390/buildings13020392 (IF: 3.324; CiteScore: 3.8)
13. Lombardi, M.; Mauro, F.; Fargnoli, M.; Napoleoni, Q.; Berardi, D.; Berardi, S. Occupational Risk Assessment in Landfills: Research Outcomes from Italy. Safety 2023, 9, 3. https://doi.org/10.3390/safety9010003 (CiteScore: 2.9)
14. Guarascio, M.; Libertà, A.; Berardi, D.; Alakbarli, E.; Lombardi, M. Geostatistical Modeling of Seismic Actions on the Structural Components of the San Benedetto Road Tunnel, Italy. In WIT Transactions on The Built Environment; 2022; Vol. 1, pp 27–38. https://doi.org/10.2495/SSR220021 (CiteScore: 0.9)
15. Pireddu, A.; Lombardi, M.; Bruzzone, S.; Berardi, D. Risk-Based Tunnel Design for Consequences of Road Accidents. The Role of Tunnel Lenght. In WIT Transactions on The Built Environment; 2022; Vol. 1, pp 71–81. https://doi.org/10.2495/SSR220061 (CiteScore: 0.9)
16. Guarascio, M.; Berardi, D.; Despabeladera, C.; Alakbarli, E.; Di Benedetto, E.; Galuppi, M.; Lombardi, M. Road Tunnel Risk-Based Safety Design Methodology by GU@LARP Quantum Risk Model. In WIT Transactions on The built environment; 2022; Vol. 1, pp 39–50. https://doi.org/10.2495/SSR220031 (CiteScore: 0.9)
17. Lombardi, M.; Berardi, D.; Stantero, L.; Galuppi, M. Real Time Dynamic Quantitative Risk Analysis Approach for Smart Tunnel. In Proceedings of the 5th european International conference on industrial engineering and operations management; IEOM Society: Canton, Michigan, 2022; pp 1–9.
18. Guarascio, M.; Libertà, A.; Berardi, D.; Di Benedetto, E.; Lombardi, M. APPLICATION OF SEISMIC GEOSTATISTICS TO IMPROVE THE TERRITORIAL INFRASTRUCTURE RESILIENCE AND SUSTAINABILITY. WIT Transactions on the Built Environment 2021, 206, 3–14 (CiteScore: 0.9; Times cited: 1)
19. Lombardi, M.; Libertà, A.; Berardi, D.; Di Benedetto, E.; Guarascio, M. CONCEPTS AND OPERATIONAL TOOLS FOR MULTIHAZARD RISK ANALYSIS IN ROAD TUNNELS: THE SAN BENEDETTO EVENT, ITALY. WIT Transactions on the Built Environment 2021, 206, 229–239. (CiteScore: 0.9)
20. INAIL. SICUREZZA DEGLI IMPIANTI TECNOLOGICI. Collana Ricerche, Dipartimento innovazioni tecnologiche e sicurezza degli impianti, prodotti e insediamenti antropici, 2021.
21. INAIL. PROGETTAZIONE DELLA MISURA ESODO: focus sulla misura S.4 del Codice di prevenzione incendi. Collana Ricerche, Dipartimento innovazioni tecnologiche e sicurezza degli impianti, prodotti e insediamenti antropici, 2020.
22. Alimonti, C.; Soldo, E.; Bocchetti, D.; Berardi, D. The Wellbore Heat Exchangers: A Technical Review. Renewable Energy 2018, 123, 353–381. (IF: 5.439; CiteScore: 13.6; Times cited: 42.)
23. Alimonti, C.; Berardi, D.; Bocchetti, D.; Soldo, E. Coupling of Energy Conversion Systems and Wellbore Heat Exchanger in a Depleted Oil Well. Geothermal Energy 2016, 4 (1). (CiteScore: 6.1; Times cited: 27)
24. Alimonti, C.; Soldo, E.; Berardi, D.; Bocchetti, D. A Comparison between Energy Conversion Systems for a Power Plant in Campi Flegrei Geothermal District Based on a WellBore Heat EXchanger. In European geothermal congress 2016 Proceedings; European Geothermal Council (EGEC): Bruxelles, 2016.
25. Alimonti, C.; Soldo, E.; Berardi, D.; Bocchetti, D. A Matrix Method to Select the More Suitable Extraction Technology for the Campi Flegrei Geothermal Area (Italy). In European geothermal congress 2016 Proceedings; European Geothermal Energy Council (EGEC): Bruxelles, 2016.
26. Alimonti, C.; Berardi, D. From A Valve To A Flow Metering Device In Two-Phase Flows. In 8th World Conference on Experimental Heat Transfer, Fluid Mechanics, and Thermodynamics; 2013.