[1] Kane, T.R., Dynamics of nonholonomic systems, ASME Journal of Applied Mechanics.28 (1961), 574-578.
[2] Kane, T.R., Dynamics, Holt, Rinehart and Winston, New York (1968).
[3] Huston, R.L.and C.E.Passerello, On Lagrange's form ofd'Alembert's principle, The Matrix and Tensor Quarterly, 23, (1973), 109-112.
[4] Egarmin, N.A., Effect of elastic deformation of the inertia tensor of a rigid body, Mekhanika Tverdogo Tela, 15, 6 (1980), 43-48.
[5] Denisov, G.G.and V.V.Novikov, Free motions of a quasi-spherical deformable rigid body, Mekhanika Tverdogo Tela, 18, 3 (1983), 43-50.
[6] Kane, T.R., et al., Spacecraft Dynamics, McGraw-Hill Book Company, New York (1983).
[7] Huston, R.L., Multi-body dynamics including the effects of flexibility and compliance, Computers and Structures, 14, 5-6 (1981), 443-451.
[8] Huston, R.L., et al., Dynamics of multirigid-body systems, Journal of Applied Mechanics.45 (1978), 889-894.
[9] Kane, T.R.and C.F.Wang, On the derivation of equations of motion, Journal of the society for industrial and applied mathermatics, 13 (1965), 487-492.
[10] Beggs, J.S., Kinematics, Hemisphere Publishing Corporation (1983).
[11] Lips, K.W.and V.J.Modi, Transient attitude dynamics of satellites with deploying flexible appendages, Acta Astronautic 5, 10(1978), 797-817.
[12] Lee, L.H.N.and Ni, Chi-Mou, A minimum principle in dynamics of elastic-plastic continua at finite deformation, Archives of Mechanics.25, 3 (1973), 457-468．