International Journal of Numerical Methods for Heat & Fluid Flow: Volume 2 Issue 1
Table of contents
FINITE ELEMENT—ALGEBRAIC CLOSURE MODELLING OF TURBULENT SEPARATED FLOW OVER A BACKWARD‐FACING STEP: STEADY AND UNSTEADY ASPECTS
ZHONG QIN, OLSONA numerical method is developed for steady and unsteady turbulent flows with significant regions of separation. A finite element formulation of the Navier‐Stokes equations with a…
MASS ABSORPTION BY ANNULAR LIQUID JETS: III. NUMERICAL STUDIES OF JET COLLAPSE
J.I. RAMOSA domain‐adaptive technique which maps the unknown, time‐dependent, curvilinear geometry of annular liquid jets into a unit square is used to determine the steady state mass…
A STUDY OF MIXED GEOMETRICAL AND ROTATIONAL EFFECTS ON INTERNAL TURBULENT FLOW AND HEAT TRANSFER
C. TAYLOR, J.Y. XIAA finite element method based investigation is carried out for the determination of three‐dimensional turbulent flow structures and heat transfer rates of cooling ducts within…
HYBRID ANALYSIS OF TRANSIENT NON‐LINEAR CONVECTION‐DIFFUSION PROBLEMS
R. SERFATY, R.M. COTTAA hybrid numerical‐analytical approach, based on recent developments in the generalized integral transform technique, is presented for the solution of a class of non‐linear…
GAS FLOW IN A SINGLE CYLINDER INTERNAL COMBUSTION ENGINE: A MODEL AND ITS NUMERICAL TREATMENT
GABRIELE ENGL, PETER RENTROPWe present results of a mathematical model for the gas flow in an internal combustion engine consisting of a single cylinder with an inlet and outlet pipe. In order to achieve…
STABILITY OF NON‐SIMILAR SHEAR LAYERS
M.G. MACARAEGThe present study is concerned with the stability and transition of a spatially evolving wake emanating from a splitter plate. Temporal linear stability calculations at different…
AN EFFICIENT PROCEDURE FOR FINDING THE STEADY STATE SOLUTION OF CYCLIC, LINEAR, DISCRETE SYSTEMS
C. LOMBARD, E.H. MATHEWSA general numerical method for finding the steady state solution of a cyclic system is presented. The method determines the initial values by enforcing the conditions of…
ISSN:
0961-5539Online date, start – end:
1991Copyright Holder:
Emerald Publishing LimitedOpen Access:
hybridEditor:
- Prof Roland Lewis