2013-15 – Zahira Ghalmi – Process of ice adhesion to various materials.

2014-15 – Sayyed Ale-Emran -Design of auxiliary skirts for insulators under icing conditions.

2013-15 – Mona Ghassemi – Studies of the electrical behavior of tools used on live electrical networks.

2013-15 – Babak Porkar – IInteraction and processes involved in the propagation of electrical discharges on an ice surface.

2014-14 – Radek Prochazka – Study of insulator flashover under adverse conditions.

2013-14 – Yu-Mei Han – Study of the corrosion of superhydrophobic/glaciophobic nanostructured surfaces.

2013-13 – Hatem Mrad – Study of the optimization of auxiliary skirts to improve insulator performance under icing conditions.

2011-12 – Adel Mohamed Study of the adhesion and mechanical properties of ice.

2011-12 – Azam Nekahi – Study of the thermal phenomena of electric arcs on the surface of ice.

2011-11 – Shahab Farokhi – High voltage electrical discharges.

2009-11 – Aryanpour Gholamreza – Study of the viscoelastic behavior of ice.

2008-11 – Kazuto Ueno -Study of ice and icicle accumulation on electrical network equipment.

2009-10 – Momen Gelareh -Applications of hydrophobic nanodielectrics to external insulators.

2007-09 – Majid Kermani – Atmospheric ice rupture subjected to dynamic loads.

2007-08 – Hossein Hemmatjou – Spectroscopic study of the behavior of insulating oil-papers at low temperatures.

2007-08 – Ibrahima Ndiaye – Development of empirical laws for modeling electrical discharges propagating on an ice surface.

2007-08 – Fehti Meghnefi – Analysis of the leakage current of pre-polluted ice-covered post insulators.

2006-07 – Jogendra S. Thongam – Wind energy conversion system for its transfer to electrical networks.

2004-07 – Ping Fu – 3D modeling of ice accretion on a fixed object using the finite element method.

2005-06 – Changiz Tavokoli -Icing flashover of substation insulators.

2002-05 – Laszlo Kollar – Modeling and simulation of icing of electrical network equipment.

2005-05 – Vinay Jaiswal – – 3D modeling of electric field distribution around a substation insulator with a semiconductor layer and RTV glaze covered with ice.

2005-05 – Hamid Javadi – Flashover arc development process on a high-voltage insulator.

2003-04 – Reza Kasaai – Study of methods for preventing ice accretion on an exposed surface.

1999-03 – Anatolij Karev – Meteorological aspects of atmospheric icing.

2002-03 – Christophe Volat – Methods for preventing ice accretion on high-voltage equipment.

2000-02 – Issouf Fofana – Dynamic modeling of the flashover electric arc along a high voltage insulator.

2000-01 – Stephan Brettschneider – – Flashover performance of different types and configurations of substation insulators under ice and snow conditions.

1999-99 – Krzysztof Szilder -Modeling icing of ground wires, phase conductors, and insulators using the random walk approach.

1998-98 – Jianwei Wang – Modeling the icing of complex shaped objects.

1994-97 – Jianhui Zhang – Modeling of a flashover electric arc on an ice surface.

1989-96 – Jacek Kiernicki – DC and AC flashover of ice-coverd insulators.

1995-96 – Li Shunyuan – Identification of flashover mechanisms on an ice surface.

1995-96 – Konstantin Savadjiev – Probabilistic study of icing of electric power transmission lines.

1985-86 – Sugawara Noriyoshi – AC flashover of ice-covered insulators.