CALCULATION TEMPERATURE AND PRESSURE OF THE ROTARY ENGINE
DOI:
https://doi.org/10.17770/etr2015vol3.195Keywords:
the rotary vane, the heat transfer with the walls, the chamber temperature, the chamber pressureAbstract
The principles of calculating the temperature and pressure in the working chambers of the rotary vane engine with an external supply of heat are considered. The mathematical model for calculating the pressure and the temperature in the chamber with heat transfer between the working fluid and the chamber walls is built. The plots of the dependence of the pressure and the temperature in the chamber on the angle of rotation of the output shaft at the minimum and maximum temperature of the walls are obtained.
Downloads
References
T. Reader, C. Hooper. Stirling Engines. M.: Mir, 1986, 464.
R.M. Petrychenko. Physical basis intracylinder processes in internal combustion engines. L.: Publishing House of Leningrad. University, 1983, 244.
F.F. Tsvetkov, B. A.Grigoriev. Heat and Mass Transfer: A manual for schools. - 2nd ed., Rev. and add. M: Publishing House of the MEI, 2005, 550.
RF Patent 2374526 for an invention. Int. Cl. F16H25/04. Mechanism for converting motion / Y.N. Lukyanov, Y.N. Zhuravlev et al. Publ. 27.11.2009. Bull. Number 33.
RF Patent 2387844 for an invention. Int. Cl. F01G1/077, F02G1/044. Rotary-vane engine with an external supply of heat / .N. Lukyanov, Y.N. Zhuravlev et al. Publ. 27.04.2010. Bull. Number 12.
N.G. Kirillov. Production of Stirling engines - a new branch of mechanical engineering of the XXI century // Turbines and diesel engines. Issue 2 (March-April). Yaroslavl: LLC "Turbomachines", 2010. P. 2-10.
S.A. Gorozhankin. Defining the parameters of the actual cycle Stirling engines based on their adiabatic model // Modern industrial and civil construction. T. 2. № 4. Makeevka Univ. Donbas National Academy of Civil Engineering and Architecture, 2006, 187-194.
S.N. Semyonov. Calculation of the heat transfer coefficient in a rotor-and-blade engine with external heat supply // Izvestija TulGU. Technical sciences. Vol. 6: in 2 hours. Ch. 1. Tula, 2013, 245-253.
