Research the termal efficiency and development of the ecological rotor motor applicable in agricultural farms
There is well-known internal combustion rotor motor of professor Vankel. Present motor has oval-shape housing, equidistant rotor, which revolves on two shafts and divides internal space of motor into two chambers - "hot" and "cool". Hot chamber is constantly heated by burner with any fuel. Some portion of the atmospheric air incomes in cool chamber and then compressed in heatexchanger. In determined position of the rotor hte input valve is opened and compressed air from the heatexchanger income to the inside red-hot surface of the housing, is expanded and rotor compresses next portion of atmospheric air to heate[changer. After working cycle output valve of the hot chamber is opened and hot air incomes to the heatexchangerand transfers heat to the next portion or air. Then some portion of air incomes to the burner for in full burning of the fuel and the rest of hot air could use for warnig, drying etc. Calculations show rising of the termal efficiency up to 40 % but it is necesary to experiment with the working models of the engine.