PhD Theses

    
        
                No.
                Full Name
                Year
                Dissertation Title
            

      1Tsiambaos, G.1988Engineering geological characteristics of the marls of Heraklion, Crete
2Ziourkas, K.1989Landslide phenomena in the Greek territory. Engineering geological approach. Statistical analysis
3Rozos, D.1989Engineering geological conditions in the Prefecture of Achaia. Geomechanical characteristics of Plio-Pleistocene sediments
4Sabatakakis, N.1991Engineering geological investigation of the Athens Basin
5Mougiaris, N.1994Seismic history, synergetic rupture and other surface disturbances in the Aegean region. Seismic history of the Aegean region (2400 B.C. – 1990 A.D.)
6Pyrgiotis, L.1997Engineering geological conditions in the Prefecture of Karditsa. Landslide phenomena in flysch formations
7Christodoulopoulou, T.1999Structure of the fine-grained Neogene–Pleistocene sediments of Northern Peloponnese in relation to their water permeability and geomechanical characteristics
8Katrivesis, N.2003Engineering geological conditions in the wider area of the city of Patras. Coding and statistical processing of data. Use of Geographic Information Systems (G.I.S.)
9Spyropoulos, A.2005Investigation of engineering geological conditions in the Prefecture of Achaia regarding the search for aggregates for various uses
10Kouki, A.2006Engineering geological – Geotechnical parameters and mechanical behavior of hard soils and soft rocks in the design of underground technical works
11Papanakli, S.2007Determination of mechanical parameters of rock material and their application in estimating rock mass strength and deformability
12Koulouris, S.2010Mechanical behavior of hard soils – soft rocks
13Vasileiadis, E.2010Landslide hazard zonation in the Greek territory. Development and application of a GIS model
14Apostolidis, E.2014Engineering geological conditions in the Western Thessaly Basin – Geomechanical characteristics of Quaternary deposits
15Kavoura, A.2017Development of a landslide hazard model in an area of Western Greece
16Lainas, S.2018Landslide phenomena and rainfall – Parametric assessment of landslide hazard for the geological formations of Northwestern Peloponnese
17Ktena, S.2020Influence of microstructure on the mechanical behavior of sandstones
18Kordouli, M.2020Methodologies for assessing landslide susceptibility through the development of multi-criteria systems
19Vagenas, N.2020Rockfall simulation using computational methods. Correlation of rockfall energy dissipation parameters and rock mass characteristics
20Anagnostopoulou, S.2023The behavior of marly geo-materials and weathered flysch materials in the occurrence of extensive landslides
21Servou, A.2023Development of landslide hazard assessment methodologies from strong earthquakes: Application on the island of Lefkada
22Bouboulis, V.2024Development of a coastal vulnerability assessment model. Application in the pilot area of the Gulf of Patras

	   

No.	Full Name	Year	Dissertation Title
1	Tsiambaos, G.	1988	Engineering geological characteristics of the marls of Heraklion, Crete
2	Ziourkas, K.	1989	Landslide phenomena in the Greek territory. Engineering geological approach. Statistical analysis
3	Rozos, D.	1989	Engineering geological conditions in the Prefecture of Achaia. Geomechanical characteristics of Plio-Pleistocene sediments
4	Sabatakakis, N.	1991	Engineering geological investigation of the Athens Basin
5	Mougiaris, N.	1994	Seismic history, synergetic rupture and other surface disturbances in the Aegean region. Seismic history of the Aegean region (2400 B.C. – 1990 A.D.)
6	Pyrgiotis, L.	1997	Engineering geological conditions in the Prefecture of Karditsa. Landslide phenomena in flysch formations
7	Christodoulopoulou, T.	1999	Structure of the fine-grained Neogene–Pleistocene sediments of Northern Peloponnese in relation to their water permeability and geomechanical characteristics
8	Katrivesis, N.	2003	Engineering geological conditions in the wider area of the city of Patras. Coding and statistical processing of data. Use of Geographic Information Systems (G.I.S.)
9	Spyropoulos, A.	2005	Investigation of engineering geological conditions in the Prefecture of Achaia regarding the search for aggregates for various uses
10	Kouki, A.	2006	Engineering geological – Geotechnical parameters and mechanical behavior of hard soils and soft rocks in the design of underground technical works
11	Papanakli, S.	2007	Determination of mechanical parameters of rock material and their application in estimating rock mass strength and deformability
12	Koulouris, S.	2010	Mechanical behavior of hard soils – soft rocks
13	Vasileiadis, E.	2010	Landslide hazard zonation in the Greek territory. Development and application of a GIS model
14	Apostolidis, E.	2014	Engineering geological conditions in the Western Thessaly Basin – Geomechanical characteristics of Quaternary deposits
15	Kavoura, A.	2017	Development of a landslide hazard model in an area of Western Greece
16	Lainas, S.	2018	Landslide phenomena and rainfall – Parametric assessment of landslide hazard for the geological formations of Northwestern Peloponnese
17	Ktena, S.	2020	Influence of microstructure on the mechanical behavior of sandstones
18	Kordouli, M.	2020	Methodologies for assessing landslide susceptibility through the development of multi-criteria systems
19	Vagenas, N.	2020	Rockfall simulation using computational methods. Correlation of rockfall energy dissipation parameters and rock mass characteristics
20	Anagnostopoulou, S.	2023	The behavior of marly geo-materials and weathered flysch materials in the occurrence of extensive landslides
21	Servou, A.	2023	Development of landslide hazard assessment methodologies from strong earthquakes: Application on the island of Lefkada
22	Bouboulis, V.	2024	Development of a coastal vulnerability assessment model. Application in the pilot area of the Gulf of Patras

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