معرفی
Stephan Gollob is a Lecturer at the Lucerne School of Engineering and Architecture, specifically within the Institute of Civil Engineering (IBI). He concurrently serves as Projektleiter (Project Manager) at SNZ Ingenieure und Planer AG in Zurich and Co-Fachbereichsleitung (Co-Department Head) for Konstruktiver Ingenieurbau (Structural Engineering) at the same company. His professional experience includes roles as a Projektingenieur (Project Engineer) at ISP Ziviltechniker GmbH in Vienna (2009-2012) and as a research assistant under Prof. Thomas Vogel at ETH Zurich's IBK institute (2012-2017). His doctoral work (2017) focused on acoustic emission source localization in concrete using heterogeneous velocity models.
Education:
- BSc in Civil Engineering and Infrastructure Management, Technical University of Vienna (2009)
- Dipl.-Ing. in Structural Engineering (Constructive Engineering), Technical University of Vienna (2011)
- Dr. sc. ETH Zurich (2017)
Research Interests: Gollob specializes in analyzing structural behavior of reinforced concrete, particularly focusing on non-destructive evaluation techniques. His work emphasizes acoustic emission localization, wave propagation analysis in heterogeneous materials, and computational modeling of concrete structures. He develops algorithms to improve crack detection and structural health monitoring in complex media.
Publications: His research output includes peer-reviewed articles on acoustic emission localization in concrete structures, heterogeneous velocity models, and numerical simulations of structural failures. His work bridges theoretical models with practical applications in civil engineering.
Professional Competencies:
- Structural assessment and retrofitting of existing constructions
- Behavior analysis of reinforced concrete structures
- Integration of acoustic emission data into numerical models
Labs/Teams: Active in SNZ's engineering teams and ETH Zurich's research group under Prof. Vogel, focusing on advanced structural analysis and non-destructive testing methodologies.
