Diploma Theses

Diploma Theses
2020

  1. Nsubuga, Sp., ‘Applications of neural networks and finite element methods on geotechnical monitoring in tunnels’
  2. Paganis, An., ‘Development of a high resolution tilt measurement system based on remotely controlled MPU sensors’
  3. Karageorgou-Mitsakou, A., ‘Phenomenological constitutive models for reinforced concrete elements: application to piles’
  4. Tsatsi, A., ‘Numerical modeling of pipe-soil interaction under transverse biaxial loading’
  5. Kontogiorgos, M., ‘Standard method for antiseismic design of structures based on caisoon foundations’
  6. Tsioni, V., ‘1D seismic analysis of soil deposit. Comparison of constitutive models UBCSAND, PM4SAND and hardening soil small’
  7. Papadopoulos, V., ‘Evaluation of slope stability and stabilization techniques’
 2019

  1. Papageorgiou, E., ‘Experimental investigation of the mechanical response of sands before and after stabilization with colloidal silica gel’
  2. Tsaftaridi, E.A., ‘The effect of structure on the response of kaolin to shearing’
  3. Argyroulis, K., ‘Seismic effect stress analysis of gravity quay walls: comparison between constitutive models and drainage conditions’
  4. Moustakio, E., ‘Simulation of a cylindrical shaft with F.E.M’
2018

  1. Misirlis, P., ‘Non-linear kinematic soil pile interaction’
  2. Radima, I., ‘Non linear pile soil interaction and pile group dynamic behaviour’
  3. Georgalas, I., ‘Response spectra and ground reinforcement: case analysis’
  4. Mylonas-Rodiris, A., ‘Behaviour of isotropically and anisotropically consolidated kaolin clay under axisymmetric triaxial loading conditions’
  5. Plota, M., ‘Static analysis of the stability of the leaning tower of PISA’
  6. Fragoulopoulou-Chrysovaladou, M., ‘Seismic analysis of fault in Cephalonia’s quay walls’
  7. Medekidis, A., ‘Seismic analysis of bridge pier founded on connected and unconnected piles’
  8. Lazaridis, I., ‘Mechanical behavior of the Marga of the Isthmus of Corinth’
2017

  1. Kanellopoulos, K., ‘Static and dynamic interaction factors between piles: elastic and inelastic soil’
  2. Kosmos, K., ‘3-dimensional numerical analysis of kinematic pile-soil interaction with the finite element method’
  3. Barbarigos, H., ‘Deep excavation support study’
  4. Hatzidakis, L., ‘Numerical analysis of the macroscopic behavior of OS sections by statutory law Mohr-Coulomb’
  5. Alvertos, E.A., ‘On the role of vertical ground excitation on RC frames: conventional design and rocking isolation’
  6. Christadonis, E., ‘Inelastic response analysis of caisson foundations with artificial neural networks’
  7. Kamenou, M., ‘Seismic response of buildings founded on soft soil’
  8. Takiadi, M., ‘Rocking-foundation seismic isolation of SQUAT and SLENDER bridge piers’
  9. Bikos, Z., ‘Effect of colloidal silica on the behavior of saturated fine-grained sands’
  10. Kalamioti, A.S., ‘Static Penetration Test (CPT) Test Applications for bulkhead wall design’
  11. Eythimiou, G., ‘Static and dynamic analysis of circular skirted foundations’
  12. Yiatreli, A.M., Litsa, M., ‘Kinematic interaction of pile foundations: 3-dimensional analysis with the finite element method’
  13. Pavlopoulou, E.M., ‘Mechanical response of sands stabilized with colloidal silica gel’
2016

  1. Loukas, A., ‘Measurement of stiffness of sand and mixtures of snd and silt using bender elements’
  2. Klouvatos, E., Liveri-Dalaveri, M., ‘Critical classification study in the margins of the Isthmus of Corinth and in sands’
  3. Kourelis, I., ‘Triaxial tests on anisotropically consolidated kaolin’
  4. Gonis, K., ‘Numerical simulation of M.A.S.W. geophysical exploration method & development of algorithm for determining the design soil profile’
  5. Sariyiannidis, I., ‘Dynamic kinematic interaction of embedded foundation’
  6. Papakrivopoulos, V., ‘Bridge subjected to dip-slip faulting: experimental and numerical simulation’
  7. Karvelis, I., ‘Seismic stability of L-shaped retaining wall with pseudostatic and time-history based dynamic analyses: application to a case history’
  8. Kokaraki, N., ‘Response of sand and sand-sludge mixtures to triaxial compression and torsional shear under monotonic loading’
  9. Serafis, A., ‘2D and 3D finite element simulations of shaft excavation processes’
2015

  1. Pavlopoulou, M.E., Tsivou, E., ‘Monotonic and cyclic tests on non-cohesive soils treated with colloidal silica stabilizer’
  2. Tsadilas, L., ‘Seismic analysis of retaining walls: analysis and test’
  3. Idenes, D., ‘Seismic fragility analysis of multi-block gravity quay walls: application to Piraeus port’
  4. Douskas, G., ‘Inelastic response of embedded foundations in inhomogeneous soil’
  5. Italos, M., ‘Nonlinear seismic response of soil deposits: a comparative study of constitutive models’
  6. Anthe, M., Miliotis, I., ‘Seismic response of caisson-type quay-wall under soil liquefaction: numerical modelling and case history analysis’
  7. Koubarelos, N., ‘Effective stress analysis of the seismic response of multi-block gravity quay wall: application to Piraeus port’
  8. Mandakas, A., Savopoulos, N., ‘Static and dynamic analysis of alternate foundations for mobile jack-up platforms’
  9. Papadopoulos, D., Polydorou, Ch., ‘Monotonic and recycling behavior of sand and sand-sludge mixtures in torsional shear’
  10. Christou, L., ‘Simplified methodology for the analysis of buried pipelines subjected to reverse or normal faulting’
  11. Daes, D., ‘Simplified methodology for the analysis of buried pipelines subjected to reverse or normal faulting’
  12. Kribeni, L., ‘Reverse Analysis of excavation and temporary support of underground parking’
  13. Zolota, K., ‘Inverse analysis of the nonlinear response of pile laterally loaded’
2014

  1. Kladis, A., Laourakis, N., ‘Response of embedded foundations: simplified non-linear methodology’
  2. Anyfadaki, A., Leandrou, Ch., ‘Seismic response of gravity and inverse retaining walls’
  3. Georgiou, I., ‘Static and dynamic analysis of skirted foundations under combined loading’
  4. Parpottas, A., ‘New smooth hysteresis model for the 1-D analysis of multi layered soil profile seismic response’
  5. Kourtidis, A., ‘Dynamic response of face symmetrical hardfill dam. (F.S.H.D.)’
  6. Papakonstadiniu, A., ‘Static and dynamic stability of the leaning tower of PISA’
  7. Androutselis, Th., ‘Seismic response of motorway bridges: the role of abutment stoppers and non-linear soil-structure interaction’
  8. Panopoulos, V., ‘Development of ana algorithm for computation and visualization of internal forces in 3D structural elements: application to the non-linear lateral response of piles’
  9. Papadopoulos, D., ‘Analysis of circular ventilation shaft with 2D and 3D finite element models (FEM)’
2013

  1. Theophilou, M., ‘A hybrid foundation for offshore wind turbines’
  2. Zakak, R., ‘Seismic response of gravity retaining walls: numerical and pseudo-static analysis’
  3. Yiannakopoulou, I., ‘Dimensional analysis of excavation & temporary retaining of metro station by the method of finite elements’
  4. Agalianos, A., Sakellariades, L., ‘Implified method to estimate seismic vulnerability of bridges considering soil-structure interaction’
  5. Kostakis, I., Kozyris, M., ‘Mid-layer foundation solutions in stratigraphy with loose sand and soft clay’
  6. Kassas, K., ‘Numerical modeling of non-linear vertical response of pile to static and dynamic loading’
  7. Antoniou, M., Ploumaki, M., ‘Numerical and experimental analysis of an innovative stiffness and energy dissipation system ISTED-FUSEIS considering soil-structure interaction’
  8. Ioannidou, S., ‘Bearing capacity of caisson foundations in cohesionless soil under combined axial and lateral loading: numerical and analytical study’
  9. Bouzoni, E., ‘Numerical modeling of the dynamic lateral response of caisson foundations’
2012

  1. Vasiliades, M., ‘Buried pipeline subjected to normal and reverse tectonic fault rupture’
  2. Panagoulias, S., ‘Canterbury earthquakes: response and fourier amplitude spectra dynamic soil amplification by linear methods’
  3. Limniati, Y.S., ‘Unconnected pile foundation system: monotonic and seismic response’
  4. Tsirantonaki, D., ‘Seismic response of a bridge on a sedimentary valley’
  5. Karapiperis, K., ‘Insight to the numerical modeling of the lateral response of caisson foundations to static and cyclic loading’
  6. Giousas-Kapnisis, M., ‘Effect of the presence of sludge on the mechanical behavior of granular materials’
  7. Christou, O.L., ‘Finite element analysis of monopile for offshore wind turbines’
  8. Lekkakis, P., ‘Analysis of skirted foundations for offshore wind turbines’
  9. Sparti, M.K., ‘Metaplastic rocking response of SDOF oscillator under bi-directional seismic excitation’
  10. Paraskeyoulakos, Ch., ‘Soil-Caisson-Bridge Pier interaction to lateral loading’
  11. Souliotis, Ch., ‘Development of macroelement for lateral response of caisson foundation to static and cyclic loading’
  12. Dritsos, N., ‘Inelastic response of embedded foundations’
  13. Prousanidou, A., ‘Mechanical behavior of Lamia clay’
  14. Lorgie, K., ‘Environmental pollution due to gold and silver refining processes at an abandoned factory in Mitsero village’
2011

  1. Banias, Ch., ‘Experimental investigation of the mechanical behavior of sludge sand in the hollow cylinder torsional apparatus’
  2. Adamidis, O., ‘Static and dynamic rotation of cylinder on rigid, elastic and inelastic soil’
  3. Argyrou, Ch., ‘Non-linear inelastic rotational stiffness of shallow foundations’
  4. Papadopoulos, E., ‘Metaplastic rocking response of 1-DoF system: experimental investigation’
  5. Founta, V., ‘Rocking of frame on two-layered inelastic soil’
  6. Zacharopoulos, D., A., ‘Vertical stiffness of shallow foundation on multi-layered soil: analysis with computational intelligence techniques’
  7. Christopoulos, A., ‘3-D nonlinear analysis of kinematic soil-pile interaction’
  8. Rodoyianni, A., ‘Seismic upgrade of an existing 3-storey building: conventional design and insulation through rocking’
  9. Karayiannopoulos, N., ‘Compressibility characteristics of clays in the oedometer’
2010

  1. Giorgakis, N., ‘Development of software for the automatic control of tests in the hollow cylinder apparatus’
  2. Tsatsis, A., ‘Pilegroup subjected to fault rupture’
  3. Siagos, F., Petropoulos, K., ‘Effect of loading mode on triaxial apparatus’
  4. Zarakiotis, K., Koutsia, A., ‘Flexible tank foundation and silo temporary excavation side support’
  5. Danigelis, K., ‘Water tower foundation solutions in soil with intermediate clay layer’
  6. Apostopoloulos, G., Kappas, G., ‘Study of alternatives for the foundation of a medium bridge’
  7. Bouziou, D., ‘3-D seismic resonse of pier founded on piles: towards a new design concept’
  8. Ierodiakonou, E., ‘The behaviour of a clayey silt in the oedometer and the shear box apparatuses’
  9. Panagou, A., ‘Determination of soil suction by the method of paper filters’
  10. Alekou, E., ‘Macro component for non-linear stake response to static and recycling transverse load and torque’
  11. Drosou, Ch., ‘Soil improvement with “intervening” reinforced concrete piles’
  12. Antonopoulos, A., ‘Methods of analysis used for deep excavations in Gault clay’
  13. Konstadinou, M., ‘Behaviour of fine sands under high confining pressures’
All Diploma and Ph.D. Theses are available at the NTUA library