Reva V. Geometrical simulation of volumes working chambers a rotor - epicyclic machines

The dissertation is devoted to creation of a theoretical basis for algorithms of geometrical modeling structures of rotors and stator of products of a class rotor engines or compres-sors which principle of action is based on cir-cuits of planetary mechanisms. Researches were carried out for revealing rational values of parameters run-in. It will provide effective in-troductions of the developed algorithms. It is necessary to attribute a method of definition of the connected curves which compound compo-nents are ways of the exact description to the main results: two bending around families of the curves formed in result run-in epitrochoids under the circuit of the planetary mechanism; two bending around families of the curves formed in result run-in hypotrochoids under the circuit of the planetary mechanism; and also classifications of family of structures of rotors and stator of products of a class rotor engines or compressors depending on the attitude of radiuses dividing circles of the planetary mechanism. Practical value of results of the dissertation will consist in an opportunity on its theoretical base to introduce in real practice the connected curves formed by means of the planetary mechanism. Received in a mode of computer animation the information will help to make the proved decisions at designing rota-tional machines. Realization of work is exe-cuted at designing pumps for devices "artificial heart " and "artificial kidney", at modernization of oil pumps, and in educational process at studying a theme " Designs of firemen engine driven pump ".