Brian Spalding

Q: What Schools Are Affiliated With Brian Spalding

Brian Spalding is affiliated with the following schools: Imperial College London, Purdue University, University of Cambridge

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Brian Spalding

Engineering

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Applied Physics

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#20

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Why Is Brian Spalding Influential?

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According to Wikipedia, Dudley Brian Spalding, FRS FREng was Professor of Heat Transfer and Head of the Computational Fluid Dynamics Unit at Imperial College, London. He was one of the founders of computational fluid dynamics and an internationally recognized contributor to the fields of heat transfer, fluid mechanics and combustion. He created the practice of CFD – its application to problems of interest to engineers. Most of today’s commercially available CFD software tools trace their origin to the work done by Spalding's group in the decade spanning the mid-60s and mid-70s. Spalding became a Fellow of the Royal Society and Fellow of the Royal Academy of Engineering.

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Brian Spalding's Published Works

Number of citations in a given year to any of this author's works

Total number of citations to an author for the works they published in a given year. This highlights publication of the most important work(s) by the author

Published Works

The numerical computation of turbulent flows (1990) (11477)
A calculation procedure for heat, mass and momentum transfer in three-dimensional parabolic flows (1972) (6114)
Lectures in mathematical models of turbulence (1972) (2723)
Mathematical Models of turbulence (1972) (2163)
A novel finite difference formulation for differential expressions involving both first and second derivatives (1972) (1150)
Measurements of entrainment by axisymmetrical turbulent jets (1961) (1055)
THE NUMERICAL COMPUTATION OF TURBULENT FLOW (1974) (1038)
A Single Formula for the “Law of the Wall” (1961) (974)
INTRODUCTION TO COMBUSTION (1979) (846)
Heat and Mass Transfer in Boundary Layers. 2nd edition. By S. V. PATANKAR and D. B. SPALDING. Intertext Books, 1970. 255 pp. £6. (1971) (706)
Mixing and chemical reaction in steady confined turbulent flames (1971) (691)
Turbulent shear flows (1980) (590)
The combustion of liquid fuels (1953) (504)
Concentration fluctuations in a round turbulent free jet (1971) (401)
The drag of a compressible turbulent boundary layer on a smooth flat plate with and without heat transfer (1964) (319)
Two calculation procedures for steady, three-dimensional flows with recirculation (1973) (316)
A general purpose computer program for multi-dimensional one- and two-phase flow (1981) (306)
Some Fundamentals of Combustion (1955) (302)
A theory of inflammability limits and flame-quenching (1957) (282)
Prediction of free shear flows: A comparison of the performance of six turbulence models (1972) (267)
Prediction of laminar flow and heat transfer in helically coiled pipes (1974) (254)
GENMIX: A general computer program for two-dimensional parabolic phenomena (1977) (228)
The laminar flame speed of propane/air mixtures with heat extraction from the flame (1954) (227)
THE CALCULATION OF LOCAL FLOW PROPERTIES IN TWO-DIMENSIONAL FURNACES (1975) (226)
Combustion of Liquid Fuels (1950) (178)
Numerical computation of multi-phase fluid flow and heat transfer (1980) (161)
Prediction of turbulent flow in curved pipes (1975) (158)
Convective mass transfer (1963) (155)
Development of the eddy-break-up model of turbulent combustion (1977) (155)
A simple experiment to investigate two-dimensional mixing by Rayleigh-Taylor instability (1990) (149)
Mathematical Models of Turbulent Flames; A Review (1976) (134)
A finite-difference procedure for solving the equations of the two-dimensional boundary layer (1967) (130)
A standard formulation of the steady convective mass transfer problem (1960) (125)
Theory of Particle Combustion at High Pressures (1959) (118)
Two numerical methods for three-dimensional boundary layers (1972) (117)
A note on mean residence-times in steady flows of arbitrary complexity (1958) (107)
PAPER 8 – THE NUMERICAL COMPUTATION OF TURBULENT FLOWS (1983) (106)
FLUID FLOW AND HEAT TRANSFER IN THREE-DIMENSIONAL DUCT FLOWS (1976) (98)
Turbulence Model for Boundary Layers near Walls (1972) (93)
The theory of flame phenomena with a chain reaction (1956) (92)
Theory of Mixing and Chemical Reaction in the Opposed-Jet Diffusion Flame (1961) (91)
A NUMERICAL STUDY OF UNSTEADY FLUID FLOW IN IN-LINE AND STAGGERED TUBE BANKS (1999) (85)
A two-parameter model of turbulence, and its application to free jets (1970) (82)
A calculation procedure for the prediction of laminar flame speeds (1971) (76)
I. Predicting the laminar flame speed in gases with temperature-explicit reaction rates (1957) (74)
II. One-dimensional laminar flame theory for temperature-explicit reaction rates (1957) (73)
Laminar flame propagation in hydrogen+bromine mixtures (1971) (71)
Heat transfer from turbulent separated flows (1967) (71)
Computational Fluid Mechanics and Heat Transfer. By D. A ANDERSON, J. C. TANNEHILL and R. H. PLETCHER. Hemisphere, 1984. 599 pp. $39.95. (1986) (70)
NUMERICAL COMPUTATIONS OF THE FLOW IN CURVED DUCTS. (1975) (70)
Numerical Modeling of Wet Cooling Towers—Part 1: Mathematical and Physical Models (1983) (66)
Numerical prediction of recirculation flows with free convection encountered in gas-agitated reactors (1978) (64)
Turbulent flow and heat transfer in pipes with buoyancy effects (1979) (63)
Convective mass transfer : an introduction (1963) (59)
Engineering Thermodynamics (McGraw-Hill Series in Mechanical Engineering) (1960) (58)
Theoretical Aspects of Flame Stabilization (1953) (57)
Computations of Three-Dimensional Gas-Turbine Combustion Chamber Flows (1979) (56)
Kolmogorov’s two-equation model of turbulence (1991) (55)
Heat, Mass and Momentum Transfer. W. M. Rohsenow and H. Y. Choi. Prentice-Hall, London. 1961. Hipp. Diagrams. 70s. (1962) (53)
Mass transfer in laminar flow (1954) (51)
The art of partial modeling (1963) (50)
An experimental and theoretical study of transient free-convection flow between horizontal concentric cylinders (1988) (47)
NUMERICAL STUDY OF FLUID FLOW AND HEAT TRANSFER IN TUBE BANKS WITH STREAM-WISE PERIODIC BOUNDARY CONDITIONS (1998) (47)
Theory of the steady laminar buoyant flow above a line heat source in a fluid of large prandtl number and temperature-dependent viscosity (1961) (44)
A new analytical expression for the drag of a flat plate valid for both the turbulent and laminar regimes (1962) (44)
A computer model for three-dimensional flow in furnaces (1973) (44)
Heat Transfer in a Laminar Boundary Layer with Constant Fluid Properties and Constant Wall Temperature (1958) (43)
Numerical Solution of the Elliptic Equations for Transport of Vorticity, Heat, and Matter in Two‐Dimensional Flow (1969) (42)
Contribution to the theory of heat transfer across a turbulent boundary layer (1964) (40)
Heat and mass transfer in boundary layers: A general calculation procedure (1970) (39)
Numerical Computation of Flow in Rotating Ducts (1977) (38)
LVEL turbulence model for conjugate heat transfer at low Reynolds numbers (1996) (36)
An experimental and theoretical investigation of turbulent mixing in a cylindrical furnace (1974) (36)
Heat transfer—soviet research (1969) (36)
A General Theory of Turbulent Combustion (1978) (35)
Motion induced by capillarity (1980) (34)
PAPER 2 – A Two-Parameter Model of Turbulence, and its Application to Free Jets (1983) (34)
Experimental demonstration of the existence of two flame speeds (1959) (34)
A review of methods for predicting heat-transfer coefficients for laminar uniform-property boundary layer flows (1962) (34)
Computer analysis of the three-dimensional flow and heat transfer in a steam generator (1978) (33)
Mass transfer through laminar boundary layers—. Similar solutions of the b-Equation (1961) (33)
NUMERICAL MODELING OF THREE-DIMENSIONAL FLOWS IN TURBOFAN ENGINE EXHAUST NOZZLES (1978) (30)
Predictions of two-dimensional boundary layers with the aid of the k-ϵ model of turbulence (1981) (30)
Mass transfer through laminar boundary layers—1. The velocity boundary layer (1961) (30)
Mass transfer through laminar boundary layers—2. Auxiliary functions for the velocity boundary layer (1961) (30)
A turbulence model for buoyant and combusting flows (1985) (30)
Transfer of Heat in Rotating Systems (1976) (30)
Mathematical methods in nuclear-reactor thermal hydraulics (1981) (30)
A two-fluid model of turbulence and its application to heated plane jets and wakes (1984) (29)
The two-fluid model of turbulence applied to combustion phenomena (1984) (28)
Combustion of hydrogen and oxygen in a steady-flow adiabatic stirred reactor (1967) (28)
Prediction of furnace heat transfer with a three-dimensional mathematical model (1978) (28)
Heat and mass transfer in metallurgical systems (1981) (28)
The influences of laminar transport and chemical kinetics on the time-mean reaction rate in a turbulent flame (1979) (28)
Unsteady One-Dimensional Compressible Frictional Flow with Heat Transfer (1972) (28)
Heat transfer from surfaces of non-uniform temperature (1958) (28)
Combustion in Liquid-Fuel Rocket Motors † (1959) (27)
A unified theory of friction, heat transfer and mass transfer in the turbulent boundary layer and wall jet (1965) (25)
A theoretical and experimental investigation of diffusion-controlled electrolytic mass transfer between a falling liquid film and a wall (1967) (24)
The Molecular Theory of Gases and Liquids .J. O. Hirschfelder, C. F. Curtiss and R. B. Bird. John Wiley,New York. Chapman & Hall, London, 1954. 1,219 pp.Diagrams. 160s. (1955) (24)
Computation of structures of flames with recirculating flow and radial pressure gradients (1979) (23)
Numerical Prediction of Flow, Heat Transfer, Turbulence and Combustion: Selected Works of Professor D. Brian Spalding (1983) (23)
PHOENICS: A General-Purpose Program for Fluid-Flow, Heat-Transfer and Chemical-Reaction Processes (1983) (22)
Prediction of adiabatic wall temperatures in film-cooling systems (1965) (22)
Combustion of hydrogen injected into a supersonic airstream (the SHIP computer program) (1977) (22)
Two-Fluid Models of Turbulence (1985) (22)
Combustion and Mass Transfer: A Textbook with Multiple-Choice Exercises for Engineering Students (1979) (21)
The theory of burning of solid and liquid propellants (1960) (21)
The Calculation of Mass Transfer Rates in Absorption, Vaporization, Condensation and Combustion Processes: (1954) (20)
CHAPTER 2 – MASS TRANSFER I (1979) (20)
Concentration fluctuations in isothermal turbulent confined coaxial jets (1977) (20)
Heat transfer and fluid flow data books: Edited by R. H. Norris, F. F. Buckland and N. D. Fitzroy. General Electric, Schenectady, N.Y. (1973) (1975) (20)
A theoretical study of the effects of chemical kinetics on a one-dimensional diffusion flame (1962) (19)
Prediction of fluid flow and heat transfer characteristics of turbulent shear flows with a two-fluid model of turbulence (1989) (19)
A two-fluid model of turbulence and its application to near-wall flows (1987) (18)
Turbulence models; a lecture course (1982) (18)
Steam condensation in parallel channels with nonuniform heat removal in different zones of heat-exchange surface (2012) (18)
An experimental and numerical study of the 3-D mixing flows of a turbofan engine exhaust system (1977) (18)
The “Shadow” method of particle-size calculation intwo-phase combustion (1982) (18)
Mathematical Models of Continuous Combustion (1972) (17)
An Improved Version of the k-W Model of Turbulence (1983) (17)
Heat and mass transfer in gasoline and diesel engines (1989) (16)
The prediction of mass transfer rates when equilibrium does not prevail at the phase interface (1961) (16)
The prediction of turbulent jets and plumes by use of the k-W model of turbulence (1984) (16)
Flow Phenomena (1970) (15)
Combustion of hydrogen-air jets in local chemical equilibrium: A guide to the CHARNAL computer program (1974) (15)
Handbook of heat transfer: Edited by W. M. Rohsenow and J. P. Hartnett. Mc-Graw-Hill, New York (1973). 1518 pp., 908 illustrations (1975) (13)
A solution method for three-dimensional turbulent boundary layers on bodies of arbitrary shapes (1978) (12)
PREDICTIONS OF TWO-DIMENSIONAL BOUNDARY LAYERS ON SMOOTH WALLS WITH A TWO-EQUATION MODEL OF TURBULENCE (1976) (12)
CHAPTER 6 – MASS TRANSFER III (1979) (12)
The effects of finite recirculation in a stirred reactor (1966) (12)
A comparison between the parabolic and partially-parabolic solution procedures for three-dimensional turbulent flows around ships' hulls (1979) (11)
Approximate solutions of transient and two-dimensional flame phenomena: constant-enthalpy flames (1958) (11)
A general theory of turbulent combustion - The Lagrangian aspects (1977) (11)
The numerical computation of multi-phase flows (1985) (10)
A Simple Manometer for Use in Measuring Low Air Velocities (1950) (10)
Application of a new version of the k-W model of turbulence to a boundary layer with mass transfer (1982) (10)
Numerical computation of Taylor vortices (1977) (10)
The spread of turbulent flames confined in ducts (1967) (10)
Computation of two-dimensional elliptic flows, including heat transfer (1980) (10)
The prediction of the three-dimensional turbulent flow field in a flow-splitting tee-junction (1978) (10)
PREDICTION OF A TURBULENT REACTING DUCT FLOW WITH SIGNIFICANT RADIATION (1971) (10)
Analogue for High-Intensity Steady-Flow Combustion Phenomena (1957) (9)
Physicochemical hydrodynamics : V.G. Levich festschrift (1977) (9)
One-dimensional laminar flame propagation with an enthalpy gradient (1961) (9)
Boundary-layer calculations using the Hassid-Poreh one-equation energy model (1978) (9)
Turbulence Modeling: Solved and Unsolved Problems (1975) (9)
Combustion, flames and explosion of gases: (2nd Ed.) B. Lewis and G. von Elbe. Academic Press, New York 1961.731 pp. 157s6d (1962) (8)
A general computer program for fluid-flow, heat-transfer and chemical-reaction processes (1980) (8)
Analysis of Combustion in Recirculating Flow for Rocket Exhausts in Supersonic Streams (1982) (8)
The stability of steady exothermic chemical reactions in simple non-adiabatic systems (1959) (8)
Numerical Prediction of Heat Transfer to Low-Prandtl-Number Fluids (1979) (8)
Theory of rate of spread of confined turbulent pre-mixed flames (1958) (8)
PAPER 9 – Prediction of laminar flow and heat transfer in helically coiled pipes (1983) (8)
Development of a mathematical model of flow, heat transfer and combustion in a stratified charge engine (1980) (8)
Heat and mass transfer between the gaseous and liquid phases of a binary mixture (1961) (7)
Turbulence models for heat transfer (1978) (7)
ATHOS: a computer program for thermal-hydraulic analysis of steam generators. Volume 1. Mathematical and physical models and method of solution. [PWR] (1982) (7)
Mass transfer through laminar boundary layers—4. Class I methods for predicting mass-transfer rates (1963) (7)
SKIN FRICTION EXERTED BY A COMPRESSIBLE FLUID STREAM ON A FLAT PLATE (1963) (7)
Performance Criteria of Gas‐Turbine Combustion Chambers (1956) (7)
Calculation of the three-dimensional boundary layer with solution of all three momentum equations (1975) (7)
Theory, measurement and application: B. E. Launder, Ed., Studies in Convection, vol. 2. Academic Press, New York, 1977, 225 pages, £8.80/$17.25. (1979) (7)
Steady turbulent flow and heat transfer downstream of a sudden enlargement in a pipe of circular cross-section (1972) (7)
The Computation of Flow Around Ships with Allowance for Free-Surface and Density-Gradient Effects (1985) (7)
On the three-dimensional laminar flow in a tee-junction (1980) (7)
A One-Dimensional Theory of Liquid-Fuel Rocket Combustion (2002) (7)
Prismatic fin with non-linear heat loss analysed by resistance network and iterative analogue computer (1958) (6)
Theories of turbulent reacting flows (1979) (6)
Velocity Distribution in an Abruptly Expanding Circular Duct (2009) (6)
A transformation of the mollier i ∼ x diagram (1964) (6)
Heat exchanger theory (1983) (6)
HEAT TRANSFER IN DUCTS ROTATING AROUND A PERPENDICULAR AXIS (1978) (6)
Flame Stabilisation in High Velocity Gas Streams and the Effect of Heat Losses at Low Pressures (1954) (6)
The Theory of Melting Ablation, with Vaporisation, Gas-Phase Chemical Reaction, Surface Pyrolysis, and Transient Effects (1961) (6)
The theory of steady laminar spherical flame propagation: Analogue solutions (1961) (6)
Prediction of combined free and forced convection in turbulent flow through horizontal pipes (1977) (6)
Heat transfer during a small-break loss-of-coolant accident in a pressurized water reactor—A parametric study for a 4 in. Lower-plenum break (1984) (6)
CHAPTER 7 – DROPLET COMBUSTION (1979) (6)
Numerical Prediction of Heat Transfer to Low-Prandtl Fluids (1979) (6)
Heat and Mass Transfer in Aeronautical Engineering (1960) (5)
Conserved-property diagrams for rate-process calculations—Part II: New diagrams and constructions (1959) (5)
FURTHER RESULTS ON THE HEAT TRANSFER TO LOW-PRANDTL-NUMBER FLUIDS IN PIPES (1982) (5)
Turbulent Forced Convection in Channels and Bundles: Theory and Applications to Heat Exchangers and Nuclear Reactors (1979) (5)
PHOENICS 84 and Beyond. (1986) (5)
Flow and Combustion in the Base-Wall Region of a Rocket Exhaust Plums (1982) (5)
Prediction of initial motion of a gas bubble in liquids (1981) (5)
FLOW IN AN ANNULUS OF NON-UNIFORM GAP (1983) (5)
Transport processes between fluids and clouds of suspended particles: some exact solutions (1957) (5)
Combustion of hydrogen injected into a supersonic airstream (a guide to the HISS computer program) (1976) (5)
Application of a two-fluid model of turbulence to turbulent flows in conduits and free shear-layers (1987) (5)
Flame propagation by non-branching chain reactions (1961) (5)
Heat Transfer from Chemically Reacting Gases (1963) (5)
TWO-PHASE FLOW AND MASS TRANSFER WITHIN THE DIFFUSION LAYER OF A POLYMER ELECTROLYTE MEMBRANE FUEL CELL (2009) (5)
CHAPTER 10 – THE LAMINAR DIFFUSION FLAME (1979) (5)
MIMD PHOENICS: Porting a Computational Fluid Dynamics Application to a Distributed Memory MIMD Computer (1994) (5)
Removal of an instability in a free convection problem (1971) (5)
THE CALCULATION OF CONVECTIVE HEAT TRANSFER IN COMPLEX FLOW SYSTEMS (1974) (5)
Numerical modelling of the combustion of fuel sprays in three dimensional can combustors (1979) (5)
Progress in Heat and Mass Transfer (1969) (4)
One-dimensional two-phase flow: Graham B. Wallis. McGraw-Hill, New York (1969) (1971) (4)
Finite Element Techniques for Fluid Flow : J.J. Connor and C.A. Brebbia Newnes-Butterworths, London, 1976, 124 pp. £10.00 (1977) (4)
CHAPTER 4 – MASS TRANSFER II (1979) (4)
The stream function coordinate system for solution of one-dimensional unsteady compressible flow problems (1986) (4)
Combustion flames and explosions of gases: Bernard Lewis and Guenther von Elbe 3rd Edn. Academic Press, New York, 1987 (1988) (4)
Prediction of hydrodynamics and chemistry of confined turbulent methane-air flames with attention to formation of oxides of nitrogen (1977) (4)
Predicting the Performance of Diesel Engine Combustion Chambers (1969) (4)
Conserved-property diagrams for rate-process calculations—I: Comparison of known diagrams (1959) (4)
Liquid-Propellant Engines (1963) (4)
Some General Comments on the Papers Concerned with the Theory of Reactive Turbulence (1976) (4)
A 2D Partially-Parabolic Procedure for Axial-Flow Turbomachinery Cascades (1983) (4)
Solid carbon-dioxide sublimation at an axisymmetric stagnation point (1965) (4)
An application of the ESCIMO theory of turbulent combustion (1980) (4)
Encyclopedia of heat and mass transfer (1986) (4)
Experimental and theoretical investigation of flow behind an axi-symmetrical baffle in a circular duct (1983) (3)
A steady-unsteady visualization technique for wake-flow studies (1982) (3)
Heat transfer and turbulent buoyant convection : studies and applications for natural environment, buildings, engineering systems (1977) (3)
Prediction of hydrodynamics and chemistry of confined turbulent methane-air frames in a two concentric tube combustor (1978) (3)
Combustion Aerodynamics. By J. M. BEéER and N. A. CHIGIER. Applied Science Publishers Ltd, 1972. 264 pp. £7.00. (1972) (3)
Fluid flow and heat transfer: Aksel L. Lydersen, John Wiley, New York (1979) (1980) (3)
Computation of laminar recirculating flow between shrouded rotating discs (1971) (3)
Problem specifications and collated solutions of the two-phase numerical-benchmark exercise 1986-7 (1987) (3)
Radiative features of ozone-oxygen mixture decomposition flames and non-adiabatic flame theory (1961) (3)
Fundamental Modelling of Mixing, Evaporation and Kinetics in Gas Turbine Combustors (2013) (3)
EXTENDING THE FRONTIERS OF COMPUTATIONAL HEAT TRANSFER (2008) (3)
Handbook of heat transfer fundamentals and handbook of heat transfer applications: W. M. Rohsenow, J. P. Hartnett and E. N. Ganic (Editors), McGraw-Hill, New York, 1985 (1986) (3)
Engineering thermodynamics : an introductory text (1958) (3)
Decay of a Velocity Maximum in a Turbulent Boundary Layer (1967) (3)
Ends and means in flame theory (1957) (2)
Application of “ESCIMO” to the turbulent hydrogen-airdiffusion flame (1982) (2)
Mass transfer through laminar boundary layers—Further exact “similar” solutions of the b-Equation (1962) (2)
Sixth Symposium (International) on Combustion. The Combustion Institute. Chapman and Hall, London, 1958. 924 pp. Illustrated. 224s. (1958) (2)
INFLUENCE OF TEMPERATURE RATIO ON HEAT TRANSFER TO A FLAT PLATE THROUGH A TURBULENT BOUNDARY LAYER IN AIR (2019) (2)
PAPER 11 – Prediction of turbulent flow in curved pipes (1983) (2)
One-dimensional laminar flame propagationwith an enthalpy gradient (1960) (2)
A MODEL AND CALCULATION PROCEDURE FOR THE FRICTION AND HEAT TRANSFER BEHAVIOUR OF DILUTE POLYMER SOLUTIONS IN TURBULENT PIPE FLOW (1972) (2)
Theory of Combustion Instability in Liquid Propellant Rocket Motors. Luigi Crocco and Sin I Cheng. A.G.A.R.D. Butterworth, London, 1956. 200 pp. Illustrated. 37s. 6d. (1956) (2)
Benjamin Franklin and Computational Fluid Dynamics: The Population Approach to Turbulence (2013) (2)
Physicochemical hydrodynamics: V. G. Levich, Prentice-Hall, 1962, 700 pp (1963) (2)
Multiphase flow prediction in power-system equipment and components (1980) (2)
Numerical simulation of Kelvin-Helmholtz instability in a stratified shear flow (1987) (2)
Laminar flame theory (1958) (2)
Turbulence modelling: A state-of-the-art review (1983) (2)
LAMINAR FLAME PROPAGATION IN TUBES (1979) (1)
CHAPTER 20 – COAL-PARTICLE COMBUSTION (1979) (1)
John Hadji Argyris. 19 August 1913 — 2 April 2004 (2014) (1)
Computational fluid dynamics and its application to liquid-atomization and spray systems (1985) (1)
Numerical simulation of natural convection in porous media (1984) (1)
COMPARISONS OF PREDICTIONS WITH NUMERICAL BENCHMARK TEST NO. 2.4: ONE-DIMENSIONAL SEDIMENTATION (1992) (1)
Fluid Structure Interaction Through Simultaneous Calculation of Velocity and Displacement (2002) (1)
High-speed aerodynamics and jet propulsion: Vol. V: turbulent flows and heat transfer data: Edited by C. C. Lin, Princeton University Press; London, Oxford University Press. 1959, 105s (1961) (1)
Unsteady laminar natural convection inside an annular cavity (1983) (1)
Heat and Mass Transfer in Rivers, Bays, Lakes, and Estuaries (1977) (1)
Book reviewEinführung in die trockentechnik: Translated into German by W. Ullman from the Russian text of G. K. Filonenko and P. D. Lebedev, VEB Fachbuehveriag, Leipzig, 1960, 246 pp. 22 DM (1963) (1)
Closure to “Discussions of ‘Numerical Computation of Flow in Rotating Ducts’” (1977, ASME J. Fluids Eng., 99, pp. 433–434) (1977) (1)
PAPER 28 – Turbulent flow and heat transfer in pipes with buoyancy effects (1983) (1)
Mass transfer from a laminar stream to a flat plate (1954) (1)
A CALCULATION PROCEDURE FOR HEAT TRANSFER BY FORCED CONVECTION THROUGH TWO-DIMENSIONAL UNIFORM-PROPERTY TURBULENT BOUNDARY LAYERS ON SMOOTH IMPERMEABLE WALLS (2019) (1)
Engineering education at the technical universities in Western Germany (1959) (1)
Fluid flow within reciprocating-engine cylinders (1981) (1)
Studies of Turbulent Mixing and Combustion in Supersonic Heterogeneous Flows. (1971) (1)
CALCULATION OF STEADY, TWO-DIMENSIONAL, TWO-PHASE FLOW AND HEAT TRANSFER IN A STEAM GENERATOR. (1978) (1)
Computer Simulation of Fluid Flow and Combustion in Reciprocating Engines (1990) (1)
Proceedings of the 1966 heat transfer fluid mechanics institute: Edited by M. A. Saad and J. A. Miller, 444 pp. Stanford university press, Stanford (1966) (1967) (1)
Theory of unsteady combustion of solid propellants: Y. B. Zeldovich, O. I. Leipunsky and V. B. Librovich Nauka, Moscow (1975). 132 pp., 39 diagrams, 8 tables, 87 references (1976) (1)
PAPER 4 – Concentration fluctuations in a round turbulent free jet (1983) (1)
Numerical computation of steady boundary layers - A survey (1976) (1)
PAPER 16 – DEVELOPMENT OF THE EDDY-BREAK-UP MODEL OF TURBULENT COMBUSTION (1983) (1)
COMPUTER CODE DESCRIPTIONS: INTRODUCTION (1992) (1)
COMPUTER CODE DESCRIPTION NO. 5: PHOENICS (1992) (1)
Interior Ballistics of Rocket Motors (1961) (1)
Progress in Heat and Mass Transfer, Volume 6. Proceedings of the International Symposium in Two-Phase Systems: edited by G. Hetsroni, S. Sideman and J. P. Hartnett, Pergamon, Oxford, 1972, 766 pages, price £20 (1975) (1)
Simultaneous Prediction of Solid Stress, Heat Transfer and Fluid Flow by a Single Algorithm (2002) (1)
CHAPTER 11 – THE TURBULENT JET (1979) (1)
PAPER 15 – CONCENTRATION FLUCTUATIONS IN ISOTHERMAL TURBULENT CONFINED COAXIAL JETS (1983) (1)
An introduction to viscous incompressible flow: W. F. Hughes, Hemisphere, (1979). Price $23.50 (1980) (1)
THE TREATMENT OF WALL BOUNDARIES (1977) (1)
Extinction of a one-dimentional laminal flamebetween cooled porous plugs (1960) (1)
CHAPTER 9 – THE LAMINAR JET (1979) (1)
The numerical calculation of particle-size distributions in 2D jets and boundary layers (1985) (1)
A procedure for the calculation of boundary layers confined in ducts (1970) (1)
COMPARISONS OF PREDICTIONS WITH NUMERICAL BENCHMARK TEST NO. 2.2: OSCILLATING MANOMETER (1992) (1)
Validation of cooling tower analyzer (VERA). Volume 1. Experimental and predictive comparisons using the TACT computer program. Final report (1979) (1)
A SIMPLE MODEL FOR THE RATE OF TURBULENT COMBUSTION (1977) (1)
Computers, turbulence and two-phase flow (1982) (1)
CHAPTER 3 – DROPLET VAPORISATION I (1979) (1)
Numerical computation of two phase flow in gun barrels (1981) (1)
Turbulent jets of air, plasma and real gas: Edited by G. N. Abramovich. Translated from Russian, and published by Consultants Bureau, New York, 1969 (1971) (1)
preo cuon of recirculation flows with free convection encountered in gas-agitated reactors (2002) (1)
APPENDIX TO CHAPTER 20 – The stability of steady exothermic chemical reactions in simple non-adiabatic systems (1979) (1)
Calculation of unsteady one-dimensional two-phase flows. (1977) (1)
Thermal Regions of Combustion (1962) (0)
New ways of predicting heat-transfer performance (1974) (0)
Conveying of Heat Energy (1952) (0)
COMPARISONS OF PREDICTIONS WITH NUMERICAL BENCHMARK TEST NO. 2.3: EXPULSION OF STEAM BY SUB-COOLED WATER (1992) (0)
PHYSICAL PROCESSES AND PROPERTIES INCORPORATED INTO GENMIX (1977) (0)
An Approximate Solution of the Laminar Boundary Layer on a Flat Plate with Uniform Suction (1955) (0)
Laminar flow in a driven square cavity (1984) (0)
Viscous hypersonic flow: W. H. Dorrance, McGraw-Hill, New York, 1962, 97s (1963) (0)
Making Computational Heat Transfer and Fluid Dynamics Accessible to All (2014) (0)
Heat transfer in flames: Edited by N. H. Afgan and J. M. Beer, Scripta, Washington D.C., U.S.A. (1974) (1975) (0)
COMPARISONS OF PREDICTIONS WITH NUMERICAL BENCHMARK TEST NO. 2.5: KELVIN-HELMHOLTZ INSTABILITY (1992) (0)
NUMERICAL BENCHMARK TESTS: INTRODUCTION (1987) (0)
The prediction of steady, three-dimensional flow in pressurized water-stream generators (1981) (0)
Combustion as applied to engineering (1983) (0)
An over-view of diffusion-convection problems (1982) (0)
Effect of gravity on methane-air combustion (1974) (0)
Heat exchangers: W. Hryniszak. London: Butterworths Scientific Publications; New York: Academic Press 1958. xii + 343 pp. 63s or $10 (1958) (0)
Combustion Technology: Some Modern Developments: Edited by H. B. Palmer & J. M. Beér. Academic Press, New York, 1974, xiv + 455 pp. $32.50 (1975) (0)
Numerical modeling of CVD flow reactors (1979) (0)
Burning conditions (1985) (0)
Analysis of finite difference schemes for general convective and conductive processes (1975) (0)
CHAPTER 17 – FLAME STABILISATION BY BLUFF BODIES (1979) (0)
NUMERICAL BENCHMARK TEST NO. 1.1: NOZZLE FLOW (1987) (0)
PAPER 10 – THE CALCULATION OF LOCAL FLOW PROPERTIES IN TWO-DIMENSIONAL FURNACES (1983) (0)
FURTHER FEATURES OF THE CALCULATION PROCEDURE (1977) (0)
NUMERICAL BENCHMARK TEST NO. 2.7: STRATIFIED FLOW (1987) (0)
International summer school at Herceq-Novi, Yugoslavia, 9 September 1968 (1969) (0)
PAPER 30 – Computations of Three-Dimensional Gas-Turbine Combustion Chamber Flows (1983) (0)
CHAPTER 16 – THE STIRRED REACTOR (1979) (0)
SOME SPECIAL PROBLEMS WITH CHEMICAL REACTION (1977) (0)
Elements of the kinetic theory of gases: E. A. Guggenheim. Pergamon Press, Oxford, 1960, 89 pp. 17s 6d. (1961) (0)
Kühlanlagen: H. Drees, VEB Fachbuchverlag, Leipzig, 1959, 6th Ed. 350 pp.; 225 figs., 31 tables, including thermodynamic properties of ammonia and the Freons and a Mollier i−x diagram (1963) (0)
Technical guide to thermal processes: J. Gosse, Cambridge University Press, Cambridge, 1986, 227 pp., £22.50/$7.95 (1987) (0)
STRATIFIED CHARGE AUTOMOTIVE ENGINES. PAPERS READ AT THE CONFERENCE HELD AT I MECH E HEADQUARTERS 25-26 NOVEMBER 1980 (1980) (0)
HEAT AND MASS TRANSFER IN GASOLINE AND DIESEL ENGINES. International Symposium 1987 (1988) (0)
NUMERICAL BENCHMARK TEST NO. 1.2: MONOPROPELLANT ROCKET (1987) (0)
PAPER 21 – PREDICTION OF FURNACE HEAT TRANSFER WITH A THREE-DIMENSIONAL MATHEMATICAL MODEL (1983) (0)
Experimental methods in combustion research. Edited by J. Surugue. Pergamon, Oxford. 1961. 300 pp. Illustrated. £5 5s. 0d. (1962) (0)
TWO-PHASE FLOW AND MASS TRANSFER WITHIN THE DIFFUSION LAYER OF A PROTON EXCHANGE MEMBRANE FUEL CELL (2008) (0)
CONTRIBUTION TO THE THEORY OF THE STRUCTURE OF GASEOUS DETONATION WAVES (1963) (0)
Developments in heat mass transfer : Allan Ede memorial issue (1976) (0)
PAPER 1 – Heat transfer from turbulent separated flows (1983) (0)
Friendly Face of CFD (1992) (0)
PAPER 18 – Numerical Computation of Flow in Rotating Ducts (1983) (0)
CHAPTER 15 – SPONTANEOUS IGNITION (1979) (0)
FORCED CONVECTION 2 (Turbulent Boundary Layers) (1970) (0)
[Book Reviews] (1952) (0)
PAPER 19 – A SOLUTION METHOD FOR THREE-DIMENSIONAL TURBULENT BOUNDARY LAYERS ON BODIES OF ARBITRARY SHAPES* (1983) (0)
Professor Zoran Zaric—in memoriam (1986) (0)
ORGANISATION OF THE COMPUTER PROGRAM (1977) (0)
COMPARISONS OF PREDICTIONS WITH NUMERICAL BENCHMARK TEST NO. 4.1: TWO-DIMENSIONAL SEDIMENTATION (1992) (0)
INFLUENCE OF THERMAL DIFFUSION ON TRANSPIRATION COOLING AT AN AXI-SYMMETRICAL STAGNATION POINT (2019) (0)
COMPARISONS OF PREDICTIONS WITH NUMERICAL BENCHMARK TEST NO. 1.1: NOZZLE FLOW (1992) (0)
Discussion: “Velocity Distribution in an Abruptly Expanding Circular Duct” (Moon, L. F., and Rudinger, G., 1977, ASME J. Fluids Eng., 99, pp. 226–230) (1977) (0)
The numerical simulation of shock initiation in solid explosives with gas inclusions (1989) (0)
Numerical benchmark problems for two-phase flow (1988) (0)
Heat flow through extended surface heat exchangers, M. Manzoor, lecture notes in engineering, vol. 5, C.A.: Brebbia and S.A. Orszag, eds. (Springer, Berlin, 1984), 286 pages, ISBN 3-540-13047-0/0-387-13047-0 (1984) (0)
SOME SPECIAL PROBLEMS WITHOUT CHEMICAL REACTION (1977) (0)
EXTENSIONS OF GENMIX (1977) (0)
Heat Transfer. By ALAN J. CHAPMAN. The Macmillan Company, New York. 1960. 452pp. 63s. (1961) (0)
CFD IN THE AUTOMOBILE INDUSTRY (1986) (0)
HEAT AND MASS TRANSFER IN METALLURGICAL SYSTEMS. International Seminar 1979 (1988) (0)
Directory of microcomputer software for mechanical engineering design: O'Connell, Sheviak, Browne and Johnson, Marcel Dekker, New York, 1985, 432 pp., $45.00 U.S. and Canada, $54.00 all other countries (1987) (0)
Turbulent jets: N. Raharatnam, Elsevier, Amsterdam. Price: US$37.75 (1977) (0)
PAPER 17 – Numerical computation of Taylor vortices (1983) (0)
CHAPTER 12 – THE TURBULENT DIFFUSION FLAME (1979) (0)
CHAPTER 19 – IGNITION BY PILOT FLAMES AND SPARKS (1979) (0)
CHAPTER 18 – PROPAGATION OF A LAMINAR FLAME THROUGH A PRE-MIXED COMBUSTIBLE GAS (1979) (0)
PAPER 34 – MULTIPHASE FLOW PREDICTION IN POWER-SYSTEM EQUIPMENT AND COMPONENTS (1983) (0)
URSULA2 computer program. Volume 2. Applications (sensitivity studies and demonstration calculations). Final report. [PWR] (1980) (0)
Elements of Heat Transfer. M. Jakob and G. A. Hawkins. Chapman and Hall, London, 1957. 317 pp. Illustrated. 45s. (1958) (0)
Evaporative cooling of circulating water: L. D. Berman, Pergamon Press, Oxford, 1961, 392 pp. 140s (1962) (0)
HEAT TRANSFER AND TURBULENT BUOYANT CONVECTION. International Seminar 1976 (1988) (0)
URSULA2 computer program. Volume 1. Mathematical formulation and solution procedure. Final report. [PWR] (1980) (0)
CHAPTER 14 – INTRODUCTION TO CHEMICAL KINETICS (1979) (0)
Anglo‐American Conference on Combustion (1955) (0)
COMPARISONS OF PREDICTIONS WITH NUMERICAL BENCHMARK TEST NO. 3.1: IDEALISED TEE-JUNCTION (1992) (0)
COMPARISONS OF PREDICTIONS WITH NUMERICAL BENCHMARK TEST NO. 2.7: STRATIFIED FLOW (1992) (0)
Boundary Layers for Engineers (1970) (0)
Application of ESCIMO Theory to Turbulent Reacting Mixing Layers (1985) (0)
Programming in standard fortran 77: A. Balfour and D. H. Marwick, Heinemann, London (1979). 388 pp. Price £4.50 (1980) (0)
Graphical Method of Calculating Heat Transfer, Condensation, and Vaporization Rates in Processes Involving Water-Steam-Air Mixtures (1958) (0)
Two-phase steam flow in turbines and separation edited by ? and ? Hemisphere McGraw hill, New York (1976) (1977) (0)
NUMERICAL BENCHMARK TEST NO. 4.2: EXPULSION OF WATER BY AIR (1987) (0)
NUMERICAL BENCHMARK EXERCISE: INTRODUCTION AND OVERVIEW (1992) (0)
PAPER 20 – THE PREDICTION OF THE THREE-DIMENSIONAL TURBULENT FLOW FIELD IN A FLOW-SPLITTING TEE-JUNCTION (1983) (0)
Numerical requirements of two-phase prediction procedures (1983) (0)
COMPARISONS OF PREDICTIONS WITH NUMERICAL BENCHMARK TEST NO. 1.2: MONOPROPELLANT ROCKET (1992) (0)
NUMERICAL BENCHMARK TEST NO. 3.2: BOILING IN A CHANNEL (1987) (0)
Paper 18: A New Graphical Representation of the Thermodynamic Properties of a Fluid in Motion, with Particular Reference to Air at High Velocities, Temperatures, and Altitudes*: (1963) (0)
CHAPTER 13 – SURVEY OF KINETICALLY-INFLUENCED PHENOMENA (1979) (0)
A turbulence model for the fully-stirred reactor (2015) (0)
THE PATANKAR-SPALDING METHOD (1977) (0)
PAPER 7 – An Experimental and Theoretical Investigation of Turbulent Mixing in a Cylindrical Furnace (1983) (0)
MATHEMATICAL FOUNDATION OF GENMIX (1977) (0)
COMPARISONS OF PREDICTIONS WITH NUMERICAL BENCHMARK TEST NO. 4.2: EXPULSION OF WATER BY AIR (1992) (0)
Proceedings of the 1962 heat transfer and fluid mechanics institute: Stanford university press, California, 1962, 294 pp (1963) (0)
AER volume 84 issue 839 Cover and Back matter (1980) (0)
A ROLE FOR COMPUTATIONAL HEAT TRANSFER (CHT) IN ENGINEERING EDUCATION (2012) (0)
Computational fluid dynamics applied to the prediction of the heat-transfer, mechanical and thermal-stress behavior of heat exchangers (1987) (0)
Book reviewNumerical methods in laminar flame propagation: N. Peters and J. Warnatz, eds., Notes on Numerical Fluid Mechanics, Vol. 6 (Vieweg, Braunschweig, 1982) 202 pp., 58.00 DM, ISBN 3-528-08080-9. (1983) (0)
Combustion Researches and Reviews 1957 . AGARD Combustion Panel, Butterworths, London, 1957. 201 pp. Illustrated. 40s. (1957) (0)
Recent developments in theoretical and experimental fluid mechanics: U. Müller, K. G. Rosener and B. Schmidt (editors), Springer, Berlin (1979). 642pp. Price $48.40 (1980) (0)
PAPER 32 – THE INFLUENCES OF LAMINAR TRANSPORT AND CHEMICAL KINETICS ON THE TIME MEAN REACTION RATE IN A TURBULENT FLAME (1983) (0)
NUMERICAL BENCHMARK TEST NO. 3.1: IDEALIZED TEE-JUNCTION (1987) (0)
Methane/air flames in a concentric tube combustor (1980) (0)
PAPER 14 – FLUID FLOW AND HEAT TRANSFER IN THREE-DIMENSIONAL DUCT FLOWS (1983) (0)
VALIDATION OF THREE-DIMENSIONAL COLD-FLOW PREDICTIONS INSIDE A CAN COMBUSTOR (1978) (0)
Book reviewThe blast-furnace process: The kinetic-dynamic simulation model of the Verein Deutscher Eisenhüttenleute: Mainly in German. Published 1973 by Verlag Stahleisen mbH., Düsseldorf, Germany. Price DM 58. 194 pages, with 185 diagrams and 11 tables (1974) (0)
PAPER 6 – Turbulence Model for Boundary Layers near Walls (1983) (0)
INTRODUCTION TO THE GENMIX COMPUTER PROGRAM (1977) (0)
MPI implementation of PHOENICS: A general purpose computational fluid dynamics code (1995) (0)
PAPER 31 – Computation of Structures of Flames with Recirculating Flow and Radial Pressure Gradients (1983) (0)
Application of an iterative network analogue computer and the theory of flame propagation (1962) (0)
Soviet Scientists (1972) (0)
CHAPTER 5 – DROPLET VAPORISATION II (1979) (0)
NUMERICAL BENCHMARK TEST NO. 1.3: BOILING IN A PIPE (1987) (0)
Fundamentals of advanced missiles: R. B. Dow. New York: Wiley; London: Chapman and Hall, 1958. xvi + 567 pp. (illus). $11.75 or 94s (1959) (0)
COMPARISONS OF PREDICTIONS WITH NUMERICAL BENCHMARK TEST NO. 1.3: BOILING IN PIPE (1992) (0)
FLOW CALCULATION IN INJECTION PROCESSES (1978) (0)
Evaporation and droplet growth in gaseous media: N. A. Fuchs. Pergamon Press, London, 1959, 67 pp. 30s (1961) (0)
Detonation and two-phase flow Edited by S. S. Penner and F. A. Williams. Pp. xii + 368. Academic Press, New York and London. 1962. 42s. net (1963) (0)
Computational fluid dynamics in engineering and education (1986) (0)
COMPARISONS OF PREDICTIONS WITH NUMERICAL BENCHMARK TEST NO. 3.2: BOILING IN A CHANNEL (1992) (0)
CHAPTER 8 – LIQUID-PROPELLANT ROCKET (1979) (0)
Numerical computation of steady boundary layers (1977) (0)
Advances in Heat Transfer. Volumes 2 and 3. Edited by J. P. HARTNETT and T. F. IRVINE. Academic Press. Vol. 2, 1965. 465 pp. $16.00 or £6. 8s. Vol. 3, 313 pp. £4. 16s. (1967) (0)

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