| ||Format||Pages||Price|| |
|PDF (288K)||18||$25||  ADD TO CART|
|Complete Source PDF (8.1M)||387||$108||  ADD TO CART|
A theoretical model for plane-stress, anisotropic, multiple-concentric-ring rotors subjected to time-variable spinning, press-fit, and thermal loads is presented. The problem solution is based on a mechanics of materials approach with a linear viscoelastic constitutive law and Schapery's quasi-elastic solution technique. The model accounts for the effects of temperature on the material creep properties by including time-shifting. Simulations of the stresses and strains in flywheel rotors under realistic non-isothermal load histories are given.
flywheel, viscoelastic, quasi-elastic, non-isothermal, anisotropic
Graduate Research Assistant, Perm State University, University Park, PA
Professor, Penn State University, University Park, PA