1. Olsommer B. Time-dependent thermoeconomic modeling and optimization of the synthesis, design and operation of a waste incineration cogeneration power plant (Méthode d’optimisation thermoéconomique appliquée aux centrales d’incinération d’ordures à cogénération avec appoint énergétique), PhD thesis, Lausanne, LENI, EPFL, 1998 [in French].
2. Pelster S. Environomic modeling and optimization of advanced combined cycle cogeneration power plants including CO2 separation options, PhD thesis, Lausanne, LENI-DGM, EPFL, 1998.
3. Thermoeconomic operation optimization of the Hellenic Aspropyrgos refinery combined-cycle cogeneration system;Frangopoulos;Appl Thermal Eng,1996
4. Computer synthesis for the design of marine power plants;Tostevin;J Mar Des Oper,2003
5. Kougioufas A. Marine energy system optimization with reliability and availability considerations. Diploma thesis, Athens, Greece, School of Naval Architecture and Marine Engineering, National Technical University of Athens, 2005 [in Greek].