Doctoral Theses elaborated in the Laboratory of HMCS are:
| Doctoral Dissertations | ||
|---|---|---|
| Name | Title | Year |
| A. Klipfel | Development of computational tools for the optimization of industrial processes.Application and thorough study on the perlite expansion process | 1999 |
| D.Kolaitis | Development of computational tools for multiphase multicomponent reactive flows. Application on <cool flames> | 2005 |
| D.Katsourinis | Development of computational tools for the numerical simulation of heterogeneous mixture processes | 2008 |
| G.Zannis | Optimization of operational and constructional characteristics of specific griders for ultrafine pulverization (ringmills) using experimental methods | 2008 |
| A.Togalidou | Modeling of thermochemical phenomena in the combustion of liquid and gaseous fuels for industrial applications | 2008 |
| D.Giannopoulos | Development of a multicriteria methodology for the assessment of innovative energy technologies within a context of uncertainty | 2012 |
| D.Kontogeorgos | Development of computational tools for simulating transfer phenomena in solid boundaries (structural materials) under combustion – fire conditions | 2012 |
| G.Vourliotakis | Development and implementation of detailed chemical kinetics tools for performance and emissions assessment of domestic sofc systems | 2012 |
| C.Keramiotis | Development of intrusive and non-intrusive combustion diagnostic tools and assessment of premixed combustion systems. Implementation on a porous inert medium burner | 2013 |
| M.Stamatiadou | Numerical Analysis of cooling loads in buildings with Phase Change Materials in their elements | 2014 |
| I.Mandilaras | Experimental and numerical methodologies for energy efficiency assessment of building components incorporating Phase Change Materials | 2015 |
| Ε.Asimakopoulou | Development and assessment of experimental and numerical tools for characterization of externally venting flames and evaluation of their effect on building facades | 2016 |
| Ε.Malliotakis | Development of a building and district simulation tool with decentralized heat and power production and thermal energy storage | 2016 |