Hybrid automobiles with flywheels for mechanical energy storage are considered as an alternative to conventional drives. A promising development in this field is presented by the rim-type composite flywheel which differs significantly from the turbine-compressor system as the flywheel rim attachment to its hub is very flexible as to translation and tilting, and as these flexibilities depend upon rotational speed. As in the free-whirling analysis predicted, critical speeds are encountered in the design speed range. Practical ways to increase such critical speeds are suggested. (de Posamentier)
Whirling response and stability of flexibly mounted, ring-type flywheel systems
Wirbelreaktion und Stabilitaet flexibel angelenkter Ring-Schwungradsysteme
1978
121 Seiten
Theses
English
Whirling response and stability of flexibly mounted, ring-type flywheel systems
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