Politecnico di Torino logo

Alumni

Found 186 results

39th cycle

Jiang Zihan's picture

Jiang Zihan

Ph.D. obtained in 2026
39th cycle (2023-2026)
Thesis: Seismic precursor identification method integrating acoustic emission physical models and multi-source data
Tutors: Giuseppe Lacidogna
Fracture Mechanics Structural and Seismic Monitoring Structural Engineering
Shi Da's picture

Shi Da

Ph.D. obtained in 2025
39th cycle (2023-2026)
Thesis: Analysis of Glubam joint behavior and truss model updating based on optimization algorithm
Tutors: Giuseppe Carlo Marano, Cristoforo Demartino

38th cycle

Gozzi Valeria Francesca's picture

Gozzi Valeria Francesca

Ph.D. obtained in 2026
38th cycle (2022-2025)
Thesis: Modern Paradigm for the Conceptual Design of Structures A Cross-Disciplinary Method Applied to Footbridges Design
Tutors: Bernardino Chiaia, Valerio De Biagi, Stefano Zerbi
Infrastructures Structural Design and Safety Structural Engineering Systems Resilience
Huang Dukang's picture

Huang Dukang

Ph.D. obtained in 2025
38th cycle (2022-2025)
Thesis: Online Joint Identification of Structural Dynamic Response Anomalies and Structural Damage Using Limited Data
Tutors: Marco Civera
Structural and Seismic Monitoring Structural Engineering

37th cycle

Wang Chongyang's picture

Wang Chongyang

Ph.D. obtained in 2025
37th cycle (2021-2024)
Thesis: Stability of tunnels in water saturated shale under cyclic stresses: investigation on the coupling between mechanical and seepage characteristics
Tutors: Marco Barla, Alessandra Insana
Civil Works Geoengineering Geotechnical Engineering Numerical Modelling and Simulation
Hu Xunjian's picture

Hu Xunjian

Ph.D. obtained in 2025
37th cycle (2021-2024)
Thesis: Proprietà meccaniche e comportamento della microfessurazione delle rocce eterogenee dopo il trattamento ad alta temperatura
Tutors: Giuseppe Lacidogna

36th cycle

35th cycle

34th cycle

33rd cycle

32nd cycle

Adresi Mostafa's picture

Adresi Mostafa

Ph.D. obtained in 2017
32nd cycle (2016-2019)
Thesis: Concrete pavement pediction life model based on electrical response of concrete - CNTs sensors under fatigue loading
Tutors: Giuseppe Lacidogna

31st cycle