| References: [1] Ameral, L. (2001). Algorithms and Data Structures in C + +. Sofia.
[2] Dimitrov, B., Tahrilov, Hr. & Nikolov, G. (2012) Study and analysis of optimization approaches for insulation of an industrial grade furnace with electrical resistance heaters International scientific conference on information, communication and energy systems and technologies, Vol. XLVII. ICEST: Veliko Tarnovo, Bulgaria.
[3] Dimitrov, B. B. (2012) Hr. Tahrilov, A. Marinov. Inproving Energy Efficiency of Industrial Grade Furnaces with Electrical Resistance Heaters and Comparative Model-Experiment Analysis XLVII International scientific conference on information, communication and energy systems and technologies. ICEST: Veliko Tarnovo, Bulgaria.
[4] Dimitrov, B. (2006) Analysis of the calculation process, a mathematical model of the electric resistance. Magazine Electrical and Electronics E + E, 11–12, 78–83.
[5] Dimitrov, B. & Tahrilov, Hr. (2005) Comparison of numerical methods for solving transient resistance in the electric furnace. Magazine Electrical and Electronics E + E, 5–6, 26–31.
[6] Liberty, J. (1999). C++ Unleashed. Sams Publishing.
[7] Nakov, P. & Dobrikov, P. (2003) Programming C++. Algorithms, (Sofia).
[8] Tahrilov, Hr. & Dimitrov, B. (2009). Design, Modeling and Optimization of Electric Resistance Furnaces. TU: Varna, Bulgaria.
[9] Floudas, C. & Pardalos, P. (2009). Encyclopedia of Optimization. Springer: Berlin.
[10] Hahn, B. & Valentine, D. (2010). Essential MATLAB for Engineers and Scientists. Elsevier: Amsterdam. |
