Team

Mihalis Kavousanakis

Associate Professor, School of Chemical Engineering, NTUA

Polykarpos Mpeikos

PhD student

Stavroula Katsikari

PhD student


Research Partners

Prof. Yannis Kevrekidis

Department of Chemical and Biomolecular Engineering, Johns Hopkins University, USA

Prof. Panayotis Kevrekidis

Department of Mathematics and Statistics, University of Massachusetts Amherst, USA

Prof. S. Jon Chapman

Mathematical Institute, Oxford University, UK

Prof. Stavroula Sofou

Department of Chemical and Biomolecular Engineering, Johns Hopkins University, USA

Prof. Helen Byrne

Mathematical Institute, Oxford University, UK

Prof. Andreas Boudouvis

School of Chemical Engineering, NTUA

Prof. Charis Sarimveis

School of Chemical Engineering, NTUA

Prof. Giorgos Stefanidis

School of Chemical Engineering, NTUA

Prof. Thanasis Papathanasiou

School of Chemical Engineering, NTUA




Postgraduate Students

Ioannis Skondrogiannis

Diploma Thesis Student, Joint Postgraduate Course, Computational Mechanics, NTUA

Lampros Tzouvaras

Diploma Thesis Student, Joint Postgraduate Course, Computational Mechanics, NTUA


Undergraduate Students

Stelios Mpinetzis

Diploma Thesis Student, School of Chemical Engineering, NTUA

Katerina Mpampa

Diploma Thesis Student, School of Chemical Engineering, NTUA

Odysseas Chatzitheodorou

Diploma Thesis Student, School of Chemical Engineering, NTUA

Loukia Katsouli

Diploma Thesis Student, School of Chemical Engineering, NTUA

Anastasia Disou

Diploma Thesis Student, School of Chemical Engineering, NTUA

Panayotis Tavoularis

Diploma Thesis Student, School of Chemical Engineering, NTUA

Nikos Varkaris

Diploma Thesis Student, School of Chemical Engineering, NTUA

Kimonas Stathopoulos

Diploma Thesis Student, School of Chemical Engineering, NTUA

Vagelis Apostolou

Diploma Thesis Student, School of Chemical Engineering, NTUA

Giorgos Vlachonikoleas

Diploma Thesis Student, School of Chemical Engineering, NTUA

Nikos Markantonatos

Diploma Thesis Student, School of Chemical Engineering, NTUA

Constantinos Ioannou

Diploma Thesis Student, School of Chemical Engineering, NTUA

Past doctoral students

Ioannis Lampropoulos

Doctoral thesis title: "Computational modeling of vascular tumor growth and combined treatment response" Defense date: 18/10/2024


Past Graduate Students

Georgios Kallias

Thesis Title: "Implementation of a vascular multiphase tumor growth model with the open-source finite element software ELMER." Joint Postgraduate Course, Computational Mechanics, NTUA

Maria Bregianni

Thesis Title: "Solution of Dynamical Systems with Neural Ordinary Differential Equations." Joint Postgraduate Course, Computational Mechanics, NTUA

Emmanouil Zacharioudakis

Thesis Title: "Application of the Differential Maximum Entropy Method (DMaxEnt) for the solution of population balance equations." Joint Postgraduate Course, Computational Mechanics, NTUA

Christos Zacharopoulos

Thesis Title: "Application of Physics-Informed Neural Networks for the solution of non-Newtonian fluid flows." Joint Postgraduate Course, Computational Mechanics, NTUA

Amalia Ioannou

Thesis Title: "Three Dimensional Simulation of Avascular Tumors with the Open Source Finite Element Software ELMER." Joint Postgraduate Course, Computational Mechanics, NTUA

Ilias Katsifis

Thesis Title: "Application of Physics-Informed Neural Networks (PINNs) for Reaction-Diffusion PDEs modeling an avascular growing tumor." Joint Postgraduate Course, Computational Mechanics, NTUA

Athanasios Giannakopoulos

Thesis Title: "Computational modeling of cancer stem cells in a vascular growing tumor: a two-dimensional continuum level approach" Joint Postgraduate Course, Computational Mechanics, NTUA

Georgios Kotsidis

Thesis Title: "Comparative analysis of simplified biochemical models for thrombosis simulation via the viscosity variation method" Joint Postgraduate Course, Computational Mechanics, NTUA

Lampros Chantzaras

Thesis Title: "Mixed finite element schemes for problems of phase separation" Joint Postgraduate Course, Computational Mechanics, NTUA

Marina Koutsi

Thesis Title: "A Computational Study of Combination Therapies in Growing Tumors: Combination of Chemotherapy and Radiotherapy" Joint Postgraduate Course, Computational Mechanics, NTUA

Dimitra Moustogianni

Thesis Title: "A computational study of the competitive action of type M1 and M2 macrophages in growing tumors" Joint Postgraduate Course, Computational Mechanics, NTUA

Alexandros Palatos-Plexidas

Thesis Title: "Computational study of crystal breakage with the Cell Average Technique" Joint Postgraduate Course, Computational Mechanics, NTUA

Athanasios Zisimos

Thesis Title: "Solution of cell population balance models with the maximum entropy method of moments" Joint Postgraduate Course, Computational Mechanics, NTUA

Marina Charoupa

Thesis Title: "Modeling of chemotherapy in growing tumors" Joint Postgraduate Course, Computational Mechanics, NTUA

Ioannis Antonopoulos

Thesis Title: "Application of Machine Learning Methods in Alumimum Production Process" Joint Postgraduate Course, Computational Mechanics, NTUA

Ioannis Lampropoulos

Thesis Title: Computational solution of vascular tumor growth models" Joint Postgraduate Course, Computational Mechanics, NTUA


Past Undergraduate Students

Anastasios Berberidis

Thesis Title: "Agent based simulation of epidemiological models for virus spread using the Netlogo platform."

Georgios Venianakis

Thesis Title: "Application of Physics Informed Neural Networks (PINNs) in Transport Phenomena" Co-advised with Prof. Constantinos Theodoropoulos Received the Best Diploma Thesis Award of the year 2025 in the Department of Process Analysis and Plant Design

Danai Morfi

Thesis Title: "Development and application of machine learning models for the prediction of critical properties of dynamically crosslinked polymers" Co-advised with Prof. Stamatina Vouyiouka

Ioannis Argyropoulos

Thesis Title: "Computational analysis of transport phenomena problems with the open-source software Elmer"

Pavlos Athanasakis

Thesis Title: "Derivation of coarse/macroscopic differential equations from microscopic computational experiments using Machine Learning algorithms"

Giorgos Kallias

Thesis Title: "Simulation of transport phenomena with the open-source software ELMER"

Alexandros Giannakopoulos

Thesis Title: "Simulation of avascular tumor growth with a cellular automaton"

Stathis Iliakis

Thesis Title: "Numerical investigation of non-linear phenomena with machine learning methods" Received the Best Diploma Thesis Award of the year 2023 in the Department of Process Analysis and Plant Design

Stavroula Katsikari

Thesis Title: "Chemical speciation and source apportionment of the atmospheric aerosol in Athens, Greece"

Yannis Lappas

Thesis Title: "Computational study of non-linear phenomena in a Chemical Vapor Deposition reactor"

Christos Dimou

Thesis Title: "Modeling of LDL macromolecules and magnetic particles transport in arterial walls"

Vasileia Spyridaki

Thesis Title: "Implementation of Free Energy Perturbation for the computation of neurotoxins binding energy with the AMPS glutamate receptor" Received the Best Diploma Thesis Award of the year 2022 in the Department of Process Analysis and Plant Design

Myrto Kontouli

Thesis Title: "Implementation of Machine Learning algorithms for the prediction of polurethanes HEUR rheological properties"

Afroditi Kourou

Thesis Title: "Computational study of transport phenomena in horizontal CVD reactors"

Emmanouil Zacharioudakis

Thesis Title: "Modeling of non-isothermal crystallization processes with the maximum entropy method of moments"

Georgios Fotopoulos

Thesis Title: "Solution of differential equations with machine learning methods"

Varvara Kalantzi

Thesis Title: "Investigation of the aggregation effect in non-isothermal deracemization processes"

Gerasimos Kyprianou

Thesis Title: "Modeling of crystalization processes with the maximum entropy method of moments"

Ilias Roinos

Thesis Title: "Computational study of non-isothermal deracemization process"

Panagiota Iliopoulou

Thesis Title:Modeling of crystalization processes for the production of high purity enantiomers with population balance models: numerical solution with the finite elements method"