Mixed Finite Element Solution of Fluid Flow Problems . . . .

R.	L. Taylor and 0. C. Zienkiewicz

2 Conservation Laws for Primitive Variable Formulations of the Incompressible Flow Equations Using the Galerkim Finite Element Method

R.	L. Lee, P. M. Gresho, S. T. Chan, R. L. Sani, and
M.	J. P. Cullen

A	Theoretical Framework for Petrov—Galerkin Methods with Discontinuous Weighting Functions: Application to the Streamline-Upwind Procedure

T.	J. R. Hughes and A. Brooks

4 Theoretical Analysis of Some Finite Element Methods for Convective Diffusion Equations

F.	Kikuchi and T. Ushijima

5 Modelling of Estuarine Hydrodynamics and Field Data Requirements

R.	T. Cheng and R. A. Walters

Large-Amplitude Water Waves

P.	L. Betts and M. l. Assaat

7 A Three-Dimensional Multiple Level Finite Element Method Considering Variable Water Density

M.	Kawahara, M. Kobayashi, and K. Nakata

8 Finite Element Solution of the Shallow-Water Wave Equations in Fourier Space, with Application to Knight Inlet, British Colum
	bia	t
J Winter.
9 A Fimite Element Simulation of the Subsidence of a Gas Reservoir Undergoing a Waterdrive

R.	W Lewis and B. A. Schrefler

A Variable Domain Finite Element Analysis of Seepage from a
	Ditch	2

E.	Varoglu and W. D. L. Finn

Thermomechanically Coupled Creeping Flow of Saturated Cohe
	sive Porous Media	2

P.	R. Dawson and P. F. Chavez

12 A Finite Element Analysis of Volumetrically Heated Fluids in an
	Axisymmetric Enclosure	2

D.	K. Gartling

13 Numerical Solution of Flow and Heat Transfer in Polymer
	Melts	2

S. Nakazawa, J. F. T Pittman, and 0. C. Zienkiewicz

14 Penalty Finite Element Analysis of Natural Convection at High
	Rayleigh Numbers	2
		 J. C. Heinrich and M. Strada
		RIP Methods for Stokesian Flows		3
		 J. T Oden
		Optimal Control Penalty Finite Elements in Fluid Mechanics .	.	3
		 T. J. Chung, G. R. Karr, and J. Y Kim
	17	A Diabatic, Turbulent, Atmospheric Boundary-Layer Model .	.	3
		 E. S. Takle, R. L. Sani, and L. P. Chang

18 On an Efficient New Preconditioned Conjugate Gradient
Method. Application to the In-core Solution of the
Navier—Stokes Equations Via Non-linear Least-Squares and
	Finite Element Methods	3

R.	Glowinski, B. Mantel, J. Periaux, P. Perrier, and 0. Pironneau
	19	Boundary Methods for Fluids	4
		 l. Herrera
Finite Element Boundary Techniques for Improved Performance in Computing Navier—Stokes and Related Heat Transfer Problems

A.	G. Hutton

Transonic Flow Simulations by Fiuite Elements and Least-Square Methods

M.	0. Bristeau, R. Glowinski, J. Periaux, P. Perrier, 0. Pironneau, and G. Poirier

Finite Element Methods for the Solution of Full Potential Equation in Transonic Steady and Unsteady Flow

A.	Eberle

23 Treatment of Transonic Flows with Shocks Using Finite Elements

H.	U. Akay and A. Ecer

24 Finite Element Analysis of Quasi-Three-Dimensional Flow in Turbomachines

H.	Keck and W. Haas

A Finite Element Analysis of Plasmas Pinched in Three Dimensions

R.	P. Gupta, E. Panarella, and P. Silvester

26 The Flow of a Maxwell Fluid Mound a Sphere

M.	J. Crochet

A Finite Element Solution for Laminar Flow Between Coaxial

Disks
G.	Dhatt, P. Florent, D. Nguyen, and P. Vaillant

28 Acoustic Transmission in Lined Flow Ducts

R.	J. Astley and W. Eversman

Index