I am developing hierarchical methodologies for simulating novel materials and processes, mainly in the field of aerosols.

Dimitris’ scientific interests lie in the multiscale modeling of complex materials. More specifically in the LSTM group his work focuses on the investigation of the particular dynamical and rheological behavior of ring polymers. To this he conducts massively parallel atomistic simulations and develops novel geometrical methodologies to unveil the molecular mechanisms associated with their unique behavior. He also works on polymer nanocomposites of industrial interest to bridge the huge gap in time and length scales between motion of polymer segments and flow in processing equipment. Dimitris is involved in the simulation of microcrystalline silicon thin film growth using plasma-enhanced CVD.

Teaching the “Polymer Rheology” course, on the Interdisciplinary Graduate-level Program of Polymer Science and Technology, with Prof. C. Tsitsilianis (2016-2017) and Prof. V. Mavrantzas (2017-2019).

Teaching the “Polymer Rheology” course, on the Interdisciplinary Graduate-level Program of Polymer Science and Technology (with Prof. G. Bokias)

Laboratory Assistant and lectures of the undergraduate course Physical Chemistry II (4 academic semesters)

Summer Internship at Coca-Cola HBC, Quality Assurance Department at Patras.Development of the electronic form of the daily quality control card using Visual Basic.