numerical solution of quadratically non-linear boundary value problems using integral equation...
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Numerical solution of quadratically nonlinear boundary value problems using integral equation techniques, with application to nozzle and wall flows
K.H.M. Goh
Bulletin of the Australian Mathematical Society / Volume 38 / Issue 02 / October 1988, pp 315 315DOI: 10.1017/S0004972700027593, Published online: 17 April 2009
Link to this article: http://journals.cambridge.org/abstract_S0004972700027593
How to cite this article:K.H.M. Goh (1988). Numerical solution of quadratically nonlinear boundary value problems using integral equation techniques, with application to nozzle and wall flows. Bulletin of the Australian Mathematical Society, 38, pp 315315 doi:10.1017/S0004972700027593
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BULL. AUSTRAL. MATH. SOC. 65R20
VOL. 38 (1988) [315-315]
NUMERICAL SOLUTION OF QUADRATICALLY NON-LINEAR BOUNDARY
VALUE PROBLEMS USING INTEGRAL EQUATION TECHNIQUES,
WITH APPLICATION TO NOZZLE AND WALL FLOWS
K.H.M. GOH
This thesis investigates numerically some problems of steady inviscid free-surfacehydrodynamics using the integral-equation technique, with applications to nozzle andwall flows. The behaviour of a fluid at a free surface is governed by the quadraticallynon-linear Bernoulli equation. Plane flows bounded by polygonal or straight fixed platesand free streamlines, involving smooth and non-smooth detachments at the separationpoints, are formulated as singular integral equations. These are then discretised toyield a system of non-linear algebraic equations that are, in turn, solved by the tools ofnon-linear programming, especially Newton's method.
No. 08-477Blk 118, Ave 4Ang Mo Kio, S(2056)Singapore
Received 30th March, 1987. Thesis submitted to University of Adelaide, November 1986. Approved,February 1987. Supervisor Professor E.O. Tuck
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