Design of an Experimental Setup for Testing Multiphysical Effects on High Speed Mini Rotors

摘要: Recently, there have been numerous research projects on the development of minirotating machines. These machines mostly operate at speeds above first critical speed and special levitation systems. Besides, multiphysical effects become significant in small scale. Therefore, advanced modeling approaches should be developed innovative experimental rigs with foregoing requirements constructed order to test techniques. In current study, design an setup for testing has outlined. First, previously models (Dikmen, E., van der Hoogt, P., de Boer, A., Aarts, R., 2010, “Influence Multiphysical Effects Dynamics High Speed Minirotors—Part I: Theory,” J. Vibr. Acoust., 132, p. 031010; Dikmen, II: Results,” 031011) analysis scale rotors are described briefly background information. Second, effect rotor parameters (diameter, length, rotation speed, etc.) dynamics under is presented. Afterward process which includes decisions based these results, availability, simplicity, applicability each component presented detail. Finally, results efficiency evaluated. summary, minirotors analyzed. The procedure evaluation