Zhongguo Wei,Engdahl G,Sillesjo F.Simulations of magnetostrictive actuators for ultrasonic applications[C].Proc.SPIE in mart Structures and Materials,2000,3992:621～629.
[3]
Venkataraman R.Modeling and adaptive control of magnetostrictive actuators[D].Maryland,USA,1999.
[4]
Jiles D C.Modeling the effects of eddy current losses on frequency dependent hysteresis in electrically conducting media[J].IEEE Trans.Magn.,1994,30(6):4 326～4 328.
Delince F,Genon A,Gillard J M,et al.A numerical computation of the magnetostrictive effect in ferromagnetic materials[J].Japanese J.Appl.Phys.,1991,69(8):5 794～5 796.
[7]
Benbouzid M E H,Reyne G,Meunier G.Variational formulation for nonlinear FE modeling of terfenol-D rods using surface splines for material in data[J].Elsevier Studies in Appl.Elcetromag.in Mat.,1993,4:185～191.
[8]
Kanna K S,Dasgupta A A.A nonlinear Galerkin finite-element theory for modeling magnetostrictive smart structures[J].Smart Mater.Struet.,1997(6):341～350.
[9]
Jos\'E L,P\' erez-aparicio,Sosa horacio.A continuum three-dimensional,fully coupled,dynamic,non-linear finite element formulation for magnetostrictive materials[J].Smart Mater.Struet.,2004(13):493-502.
[10]
Benatar J G,Flatau A B.FEM implementation of a magnetostrietive transducer[J].Smart Structures and Materials,Proc.of SPIE,2005,5764:482-493.
[11]
Bergqvist A,Engdahl G.A model for magnetomechanical hysteresis and losses in magnetostrietive materials[J].Japanese J.Appl.Phys.,1996,79(8):6 476～6 479.
