Magnetorheological fluid dampers
作者： Michael J. Chrzan , J. David Carlson
DOI:
关键词:
摘要: Magnetorheological (MR) fluid dampers are optimized. Dimensional relationships involved in the flow of magnetic flux related to an operational parametric ratio density steel. A valve is utilized change parameters MR and, hence, characteristics damper. Several embodiments depicting improved piston designs, including spool as well toroidal configurations, disclosed. In addition, both single and twin-tube housing designs presented.
google.com.sv 参考文章(37)
Rabinow Jacob, Magnetic fluid shock absorber ,(1948)
Delchev Nedelko, Electrically controlled shock absorber system ,(1966)
Schaub Benton Hall, Automatic accessory control for magnetic particle shock absorbers ,(1955)
Robert E Kemelhor, Fluid magnetic spring, damper, and lockout device ,(1959)
Rabinow Jacob, Magnetic fluid torque and force transmitting device ,(1947)
Willis M Winslow, High fidelity slip control ,(1949)
Robert E Kemelhor, Unitary fluid magnetic spring, shock and lockout device ,(1961)
Willis M Winslow, Field controlled hydraulic device ,(1950)
Stanley E. Smith, John F. Hoying, Electronic motor mount with magnetic decoupler ,(1987)
Josef Ladic, Hans Munning, Johannes J. de Baan, Bernd Oldach, Dietrich Petzsch, Jurgen Bock, Hugo Emde, Max-Otto Rauert, Adjustable shock absorber, especially for motor vehicles ,(1984)