000			01302nam a2200265Ia 4500
008			220216s9999 xx 000 0 und d
100			_aSause Richard
245		0	_aNon-linear hysteresis models for ultra-high damping NR structural dampers
260			_bJournal of Rubber Research _c2002
300			_a222-244
520			_aModels for ultra-high damping natural rubber (UHDNR), a new material for structural dapmers, are investigated. Experimental tests of structural dampers made from UHDNR and the observed mechanical properties are summarised. Two load rate independent hysteresis models, which are more accurate for UHDNR than existing hysteresis models, are proposed. Good agreements is observed between the experimental results and the models. The more complex of the two models, the sequential asymptote model, represents accurately the behaviour of UHDNR under the random load histories that are anticipated for structural dampers.
650			_aHysteresis
650			_aMechanical properties
650			_aModel
650			_aNon-linear
650			_aNR
650			_aRandom load
650			_aStructural dampers
650			_aUltra-high damping
700			_aAb-Malek Kamarudin
700			_aLee Kyung-Sik
700			_aLu Le-Wu
700			_aRicles James
942			_cJS
999			_c64005 _d64005