Holzer's method

[′hōt·sərz ‚meth·əd]

(mechanics)

A method of determining the shapes and frequencies of the torsional modes of vibration of a system, in which one imagines the system to consist of a number of flywheels on a massless flexible shaft and, starting with a trial frequency and motion for one flywheel, determines the torques and motions of successive flywheels.

References in periodicals archive ?

Li, "Forced torsional vibrations with damping: an extension of Holzer's method," Journal of Applied Mechanics of the ASME, vol.

Study on Vibration of Marine Diesel-Electric Hybrid Propulsion System

Large- and small-scale farmers, home gardeners, and even those who only have room to grow in a few pots on a city balcony will find Holzer's methods applicable and effective, his reasoning and knowledge impeccable, and his spirit pure and honest.