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548               SLENDER STRUCTURES AND AXIAL FLOW

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                   PAIDOUSSIS, M.P.  (1970) Dynamics of  tubular cantilevers conveying fluid. Journal of
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                   PAIDOUSSIS, M.P.  (1973a)  Vibration  of  tubes  containing  fluid  flow.  In Ae'ro-Hydro-
                     Elasticite', pp. 442-500.  Paris: Eyrolles.
                   PAIDOUSSIS, M.P. (1973b) Dynamics of cylindrical structures subjected to axial flow.
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                   PAIDOUSSIS, M.P.  (1975) Flutter of  conservative systems of  pipes conveying incom-
                     pressible fluid. Journal of Mechanical  Engineering  Science  17, 19-25.
                   PAIDOUSSIS, M.P.  (1976) Hydroelastic ichthyoid propulsion. AIM Journal  of Hydro-
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                   PAIDOUSSIS, M.P. (1979) The dynamics of  clusters of  flexible cylinders in axial flow:
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                   PAIDOUSSIS, M.P.  (1980)  Flow-induced  vibrations  in  nuclear  reactors  and  heat
                     exchangers: Practical experiences and state of the knowledge. In Practical Experiences
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                   PAIDOUSSIS, M.P.  (1986a)  Flow-induced  instabilities  of  cylindrical  structures.  In
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                   PAIDOUSSIS, M.P.  (1986b) Discussion  to  the  paper  by  Dupuis  & Rousselet  (1985).
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                   PAIDOUSSIS, M.P.  (1987) Flow-induced instabilities of  cylindrical structures. Applied
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                   PAIDOUSSIS, M.P.  (1991)  Pipes  conveying  fluid:  a  model  dynamical  problem.  In
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                   PAIDOUSSIS, M.P. (1993) The I992 Calvin Rice Lecture: Some curiosity-driven research
                     in  fluid-structure  interactions and its current applications. ASME Journal  of Pressure
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                   PAIDOUSSIS, M.P. (1997) Fluid-structure  interactions between axial flows and slender
                     structures,  Proceedings  of  XIX  ICTAM,  Kyoto,  Japan,  1996.  In  Theoretical  and
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                   PAIDOUSSIS, M.P. & BOTEZ, R.M. (1995) Three routes to chaos for a three-degree-
                     of-freedom articulated cylinder system subjected to annular flow and impacting on the
                     outer pipe. Nonlinear Dynamics 7, 429-450.
                   PAIDOUSSIS, M.P.  &  DEKSNIS, E.B.  (1969)  Stability  of  articulated  cantilevers
                     conveying  fluid.  MERL  Report  69- 1 1,  Dept  of  Mechanical  Engineering,  McGill
                     University, Montreal, Quebec, Canada.
                   PAIDOUSSIS, M.P.  &  DEKSNIS, E.B.  (1970)  Articulated  models  of  cantilevers
                     conveying fluid: the  study of  a paradox. Journal  of Mechanical  Engineering Science
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                   PAIDOUSSIS, M.P. & DES TROIS MAISONS, P.E.  (1971) Free vibration of  a heavy,
                     damped, vertical cantilever. Journal of Applied Mechanics  38, 524-526.
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