Recent applications of PHOENICS

Contents

1. Heating, ventilating, smoke movement and fire
2. Heat-exchangers and other equipment
3. The natural environment
4. Multi-phase and free-surface flows
5. Laboratory research
6. Software developments

1. Heating, ventilating, smoke movement and fire

Development of EUC (End User Computing) System for the Design of HVAC (Heating, Ventilation and Air Conditioning),
by A Yoshida and M Andou

Ventilation and Leak Dispersion in CCGT Enclosures ,
by Patrick Phelps and Douglas Wylie

Air-flow analysis in pharmaceutical 'clean rooms' ,
by Patrick Phelps and Richard Rowe

3D TURBULENT FLOW AND HEAT TRANSFER IN A VENTILATED COMPRESSOR CAB ,
by Emmanuelle Lopez and Sergei Zhubrin

VENTILATION SYSTEM DESIGN FOR A ROADWAY TUNNEL IN ACAPULCO, MEXICO ,
by Alejandro Rodrguez, Arturo Palacio and Andres Aramayo

Memorial-Tunnel fire simulation

Fire safety in Annecy-Town-Hall car park

Multi-storey car-park study

Underground garage: ventilation and fire study

Madrid Xanadu-Shopping-Mall Fire Study

Hackney Town Hall Ventilation Study

2. Heat-exchangers and other equipment

CFD MODELLING OF PRESSURE DROP AND FLOW DISTRIBUTION IN PACKED BED FILTERS ,
by Kate TAYLOR, Anthony G SMITH, Stuart ROSS and Martin W SMITH

A distributed-resistance analogy for the design of solid-oxide fuel cells;
by Steven Beale and Sergei Zhubrin

PHOENICS Applications in the Aluminium Smelting Industry ,
by Ch. Droste .

ASSESSMENT OF THE PERFORMANCE OF AN HYPOLIMNETIC AERATOR EMPLOYING A WATER QUALITY MODEL,
by Arturo Palacio, Alejandro Rodriguez, Laura Martinez

Simulation of flow in a dividing duct ,
a demonstration by John Ludwig and Sergei Zhubrin

A SIMPLIFIED CFD METHOD FOR THE DESIGN OF HEAT EXCHANGERS;
by Brian Spalding

METHOD FOR THREE-DIMENSIONAL MODELLING OF A MIXED-FLOW PUMP USING PHOENICS
by D Radosavljevic

CALCULATION OF REACTOR PRESSURE VESSEL FLOWS USING PHOENICS 3.1
by AC Thompson and CM Hodge

Investigation on the Convection Pattern of Liquid Steel in the Continuous Casting Tundish by Theoretical Analysis, Water Model Experiment and CFD Simulation
by DY Sheng and Lage Jonsson

3. The natural environment

DIFFUSER DEVELOPMENT FOR A DIFFUSER AUGMENTED WIND TURBINE USING COMPUTATIONAL FLUID DYNAMICS ,
by D.G. Phillips, P.J. Richards, R.G.J. Flay

THE USE OF COMPUTATIONAL MODELLING IN A STUDY OF DOWNWIND SAIL ,
by P.J. Richards and G.D.Mallinson

NUMERICAL SIMULATIONS OF FLOW AND SALINITY DISTRIBUTIONS IN OERESUND ,
by Urban Svensson, Jonny Svensson and Sture Lindahl.

THREE-DIMENSIONAL HYDRODYNAMIC MODEL COUPLED WITH DEPTH AVERAGED TWO-DIMENSIONAL MODEL : CASE OF THE MEDJERDA-CAP-BON WATER INTAKE ,
by Zouhaier HAFSIA et Khlifa MAALEL

PHOENICS Predictions of Large Amplitude Internal Waves in the Ocean,
by RP Hornby and RJ Small

4. Multi-phase and free-surface flows

Two-phase numerical model of heat transfer in a natural basin ,
by P. Vaitiekunas, A. Markevicius

MODELLING OF TWO PHASE ROCKET EXHAUST PLUMES AND OTHER PLUME PREDICTION DEVELOPMENTS,
by A.G.SMITH AND K.TAYLOR

CFD Calculation for Two-Phase Flow in Concentric Annulus with Rotating Inner Cylinder,
by Yoichi Shiomi, Shigeyasu Nakanishi and Hiroaki Kutsuna

5. Laboratory research

6. Software developments