Passive Control of a Beam Subject to Travelling Inertial Load
The significant reduction of the amplitude of vibrations is achieved for a guideway supported by truss system consisting of two posts. The obtained results are compared with the data obtained for active control of the considered guideway.
H. RECKMANN and K. POPP, Optimal control of an elastic guideway under a moving mass, Proc. of MOVIC Conf., Sept., Zurich 1998.
T. FRISCHGESELL, K. POPP and H. RECKMANN, Modelierung und Regelung eines handhabungsautomaten, VDI Berichte, 349–363, 1997.
T. FRISCHGESELL, T. KRZYŻYNSKI, R. BOGACZ and K. POPP, On dynamics and control of
a guideway under a moving mass, Fourth Engineering Foundation Conference on Vehicle Infrastructure, San Diego 1996.
T. FRISCHGESELL, K. POPP, T. SZOLC and R. BOGACZ, Active control of elastic beam structures, [In:] Active control of elastic beam structures, Proc. of the IUTAM Symposium: The Active Control of Vibrations, Bath, Great Britain, Sept., 115–122, 1994.
R.T. JONES and A.J. PRETLOVE, Vibration absorbers and bridges, The Journal of the Institution of Highway Engineers, 2–9, January, 1979.
Copyright © 2014 by Institute of Fundamental Technological Research
Polish Academy of Sciences, Warsaw, Poland