References
- 1. Brestovič T., Jasminská N. (2013), Software support development for numerical solution of Ansys CFX, Acta Mechanica et Automatica. Vol. 7, no. 4, 215-221.
- 2. Brestovič T., Kubík M., Jasminská N. (2012), Use of numerical methods for determining the coefficients of pressure losses (in Slovak), Plynár-Vodár-Kúrenár + Klimatizácia, Vol. 10, č. 2, 46-47.
- 3. Čarnogurská M., Příhoda M., Kubík M., Gállik R., Hršák D. (2013), Methodology of the Sediment Thickness Calculation on the Heat Exchange Area of a Coolers Natural Gas, International Journal of Mechanic Systems Engieneering, Vol. 3, no. 1, 14-19.
- 4. Ferstl K., Masaryk M. (2011), Heat transfer (in Slovak), STU Bratislava.
- 5. Incropera F. P. et al. (2007), Fundamentals of Heat and Mass Transfer, Publisher John Wiley & Sons.
- 6. Kapalo P. (2005), The effect of the flow rate of hot water to the heat flow through the pipe wall (in Slovak), TZB, Vol. 13, No. 3, 22-24.
- 7. Kapjor A., Jandačka J., Malcho M., Papučík Š. (2010), Intensification of Heat Transport from the Floor Convector at Given Geometry and the Way of Use, Meeting´s of the department of fluid mechanics and thermodynamics - International Conference, 101 - 104.
- 8. Maga D., Harťanský R. (2005), Numerical solutions (in Slovak), Brno.
- 9. Michalec Z., Taraba B., Bojko M., Kozubková M. (2010), CFD modelling of the low-temperature oxidation of coal, Archivum Combustions, Vol. 30, No. 3, 133-144.
- 10. Mlynár P., Masaryk M. (2012), Optimalization of absortioption cooling unit, Gépeszet 2012, 8th International conference of Mechanical Engineering, BME Budapest, 361-365.
- 11. Nagy R., Košičanová, D. (2012), Indoor environment air quality ventilation rates - numerical CFD simulations calculations and measuring apparatus applications, Czasopismo Techniczne, 109 (3), 2012, 281-295.
- 12. Oravec M., Števo S., Sekaj I. (2010),Comparison of Using Simple Genetic Algorithm and Parallel Genetic Algorithm in Heat Transfer Model Optimization, Journal of Cybernetics and Informatics, Vol. 9, 13-18.
- 13. Purcz P. (2001), Parallel algorithm for spatially one- and twodimensional initial-boundary-value problem for a parabolic eauation, Kybernetika, Vol. 37, No. 2, 171-181.
- 14. Pyszko R., Příhoda M., Velička M. (2010), Method for determining the thermal boundary condition in the CC mould for numeric models, Proceedings of 19. conference METAL 2010, Ostrava.
- 15. Rajzinger J. (2012), Calculation of maximum water content in various natural gases by using modified Peng-Robinson equation of state, Communications, Vol. 14, No. 4A, 29-35.
- 16. Rohsenow W. M., Hartnett J. P., Cho Y. I. (1998), Handbook of Heat Transfer, McGraw-Hill, 250-257
- 17. Stone C., Simiček J., Vranay F. (2014), Assessing the Thermal Stability of Rammed Earth Using Finite Element Methods, Progressive Multifunctional Building Materials, Constructions and Technological Methods - One Step Closer to Green Visegrad in V4 Countries - Kosice, 107-118.
- 18. Urban F., Kučák Ľ., Bereznai J., Pulmann M., Tihányi J. (2012), Influence of the mixing grid position on the coolant flow at the outflow part of the nuclear reactor fuel assembly physical model and validation of CFD model, Communications, Vol. 14, No. 4A (2012), 42-46.
- 19. Vranay F. (2012), Hydraulic connection with the use of existing heating distribution for cooling) (in Slovak), Vykurovanie, 499-503.