Basic Dynamical Analysis and Comparison of Balancing Systems of Non-conventional Piston Machine FIK

The paper is divided into two main sections. First part deals with description of FIK non-conventional mechanism, main parts and its functionality. Second part deals with measuring system, which is designed to measure dynamic parameters of non-conventional piston mechanism. The concept of measuring system is applied to a special type of piston machine with wobble mechanism, which is used in this instance of Stirling engine type. Analysis compares the three basic states, without balancing mass and with first and second type of balancing mass. Balancing system is determined from the calculation of the dynamic model. Design of balancing system and placement of sensor for acceleration measurement corresponds to the constructional possibilities of prototype model FIK.