Dr. Amjad Hussain Dilawari
     
Associate Professor Chair on Gas Engineering
Dr. Amjad Hussain Dilawari
 
Cell:  
Residence:  
Office: +92-42-9029-488
Email: amjad_fam@yahoo.com
Address: Dilawari Cottage,228-B Shadman-1 Lahore
Qualification
Degree Name of Institution Specialization Year
Ph.D. Imperial College of Science & Technology, London Chemcial Engineering 1972

DIC

Imperial College of Science & Technology, London

Chemical Engineering

1972

M.Sc. Institute of Chemical Technology, Punjab University Lahore Chemcial Engineering 1967
B.Sc. Institute of Chemical Technology, Punjab University Lahore Chemcial Technology 1965
Research Interest
  • Mathematical Modeling of Chemical & Metallurgical Processes
  • Gas Engineering with Special Reference to Conservation
  • Hydrate / Black Powder Formation in Gas Transmission Pipelines
  • Solar Energy Systems Development
Selected Publications, Patents

Title of the Paper

Authors

Journal/Country

Vol / Year

A Mathematical Representation of a Modified Stagnation Flow Reactor for MOCVD Applications

Dilawari, A. H., & Szekely, J.

J. Crystal Growth

Vol. 108, P. 491 (1991)

A Mathematical Representation of Transport Phenomena inside a Plasma Torch

Westhoff, R., Dilawari, A. H., & Szekely, J.

Mats. Res. Soc. Sym. Proc.

Vol. 199, P.213 (1991)

A Comparison of the Experimentally Measured and Theoretically Predicted Temperature Profiles for an Argon Plasma Jet Discharging into a Nitrogen Environment

Dilawari, A. H., Szekely, J., Westhoff, R., Detering, B. A., Shaw, C. B. Jr.

Mats. Res. Soc. Sym. Proc.

Vol. 190, P.199 (1991)

An Assessment of the Heat and Fluid Flow Phenomena inside Plasma Torches in Non-Transferred Arc Systems

Dilawari, A. H., Szekely, J., & Westhoff, R.

ISIJ International

Vol. 30, No. 5, P. 381 (1990)

Experimental Measurements and Theoretical Predictions for the MOCVD of Gallium Arsenide using a SPIRE Type Reactor

Dilawari, A. H., Szekely, J., & Daly, J.

J. Crystal Growth

Vol. 102, P. 635 (1990)

A Comparison of Experimental Measurements and Theoretical Predictions Regarding the Behavior of a Turbulent Argon Plasma Jet Discharging into Air

Dilawari, A. H., Szekely, J., & Westhoff, R.

Plasma Chemistry and Plasma Processing

Vol. 10, No. 3, P. 72 (1989)

The Role of Transport Phenomena in the Plasma Synthesis of Fine Particles: The Production of Silicon Powder

Dilawari, A. H., & Szekely, J.

Met. Trans. B

Vol. 20 B, P. 243 (1989)

Fluid Flow and Heat Transfer in Plasma Reactors-II. A Critical Comparison of Experimentally Measured and Theoretically Predicted Temperature Profiles in Plasma Jets in the Presence and Absence of Side-Stream Injection

Dilawari, A. H., Szekely, J., Coudert, J.. F., & Fauchais, P.

Int. J. Heat and Mass Transfer

Vol. 32, No. 1, P. 35 (1989)

The Temperature Profiles in an Argon Plasma issuing into an Argon Atmosphere: A Comparison of Measurements and Predictions

Dilawari, A. H., Szekely, J., Batdorf, J., Detering, R., & Shaw, C. B.

Plasma Chemistry and Plasma Processing

Vol. 10, No. 2, P. 321 (1989)

Computed Results for the Depositions Rates and Transport Phenomena for an MOVCD System with a Conical Rotating Substrate

Dilawari, A. H., & Szekely, J.

J. Crystal Growth

Vol. 97, P. 777 (1989)

A Modified Chimney Type Apparatus for Chemical Vapor Deposition Enabling the Coating of Large Sections

Dilawari, A. H., Szekely, J., & Kim, Y. K.

Technology Disclosure (MIT-USA)

1989

A Radial Flow Apparatus for Carrying out Chemical Vapor Deposition to Provide a Highly Uniform Deposition rate

Dilawari, A. H., & Szekely, J.

Technology Disclosure (MIT-USA)

1989

A Modified Stagnation Flow Apparatus for Chemical Vapor Depositon Providing Excellent Control of Deposition

Szekely, J., & Dilawari, A. H.

Technology Disclosure (MIT-USA)

1989

A Vertical Apparatus for Chemical Vapor Depostion Providing very Effective Control of the Deposition Rate

Szekely, J., & Dilawari, A. H.

Technology Disclosure (MIT-USA)

1988

The Mathematical Modeling of Transport Phenomena in Non-Transferred Plasma Systems: Accomplishments and Unresolved Problems

Dilawari, A. H., & Szekely, J.

Mats. Res. Soc. Sym. Proc.

Vol. 98, P. 3 (1987)

The Mathematical Modeling of Temperature Velocity Fields and Deposition Rates in CVD Systems with a Rotating Substrate

Dilawari, A. H., & Szekely, J.

Mats. Res. Soc. Sym. Proc.

Vol. 98, P. 36 (1987)

Fluid Flow and Heat Transfer in Plasma Reactors-I. Calculation of Velocities, Temperature Profiles and Mixing

Dilawari, A. H., & Szekely, J.

Int. J. Heat and Mass Transfer

Vol. 30, No. 11, P. 2357 (1987)

Some Perspectives on the Modeling of Plasma Jets

Dilawari, A. H., & Szekely, J.

Plasma Chemistry and Plasma Processing

Vol. 7, No. 3, P. 217 (1987)

Methanol Conversion to Light Hydrocarbons

Aziz, A., Cobb, J. T. Jr., & Dilawari, A. H.

J. Sci. Res.

Vol. XII, No. 1, P. 1 (1983)

Susceptibility of Type 304 Stainless Steel to IGSCC

Mansha, M., Dilawari, A. H., & Ehsan, J.

The Pakistan Metallurgist

Vol. 5, No. 1, P. 1 (1983)

Chemical Enrichment of Lagarban South Phosphate Rock

Dilawari, A. H., Mahmud, L., & Rasul, I.

J. P. I. Chem. E.

Vol. X. Nos. 1-4, P. 15 (1982)

A Mathematical Model to Predict Free Convection Turbulent Flows

Dilawari, A. H.

J. Sci. Res.

Vol. XI, Nos. 1-2, P. 21 (1982)

Synthesis Gas Conversion Catalysts

Aziz, A., Cobb, J. T. Jr., & Dilawari, A. H.

J. P. I. Chem. E.

Vol. XI, P. 59 (1982)

A Numerical Solution Procedure to Predict Boundary-Layer Flows

Dilawari, A. H.

The Pakistan Metallurgist

Vol. 4, P. 49 (1982)

Removal of Calcium Nitrate to Improve P2O5 Water Solubility of NP Fertilizer

Dilawari, A. H., Mahmud, L., & Rasul, I.

J. P. I. Chem. E.

Vol. IX, Nos. 1-4, P. 26 (1981)

Utilization of By-Product Calcium Carbonate

Dilawari, A. H., Mahmud, L., & Mahmood, K.

The Pakistan Metallurgist

Vol. 3, Nos. 1-2, P. 1 (1981)

Catalytic Effect of Anthraquinone on Sulfite Pulping of Wheat Straw

Dilawari, A. H., Mahmud, L., & Ahmad, T.

J. P. I. Chem. E.

Vol. VIII, Nos. 1-4, P. 49 (1980)

Effect of Pre-treatments of Wheat Straw Pulp on its Bleach-ability and Strength Properties

Dilawari, A. H., Mahmud, L., & Hamid, A.

J. P. I. Chem. E.

Vol. VIII, Nos. 1-4, P. 39 (1980)

Turbulent Recirculation Flow Phenomena in Metals Processing

Dilawari, A. H.

The Pakistan Metallurgist

Vol. 1, No. 1, P. 9 (1979)

The Mathematical and Physical Modeling of Turbulent Recirculating Flows

Szekely, J., Dilawari, A. H., & Metz, R.

Met. Trans. B

Vol. 10B, P. 33 (1979)

Prediction of Ni-Equivalence Coefficient of Copper in Steels using Pryce & Andrews and Guiraldeng Models - Part II

Mansha, M., & Dilawari, A. H.

Pak. J. of Scientific Research

Vol. 30, P. 35 (1978)

Heat Transfer and Fluid Flow Phenomena in ESR

Dilawari, A. H., & Szekely, J.

Met. Trans. B

Vol. 9B, P.77 (1978)

An Analysis of Heat and Fluid Flow Phenomena in Electroslag Welding Process

Dilawari, A. H., Eagar, T. W., & Szekely, J.

Welding Research Journal Supplement

Septemeber 1977-January 1978

Electromagnetically and Thermally Driven Flow Phenomena in Electroslag Welding Process

Dilawari, A. H., Szekely, J., & Eagar, T. W.

Met. Trans. B

Vol. 9B, P. 371 (1978)

The Calculation of Current Voltage Relationships and Heat Generation Patterns in Electroslag Refining Process

Dilawari, A. H., & Szekely, J.

Iron-Making and Steel-Making

No. 5, P. 308 (1977)

A Mathematical Model of Slag and Metal Flow in ESR

Dilawari, A. H., & Szekely, J.

Met. Trans. B

Vol. 8B, P. 227 (1977)

The Mathematical Modeling of Slag and Metal Flows in the ESR Process

Szekely, J., &Dilawari, A. H.

Proceedings of the Fifth International Conference of Vacuum Metallurgy and Electro-Slag Re-melting Processes (Munich-Germany)

P. 157 (October 1976)

A Study of Effect of Turbulence on Mass Transfer Rates

Dilawari, A. H.

Pak. J. of Scientific Research

Vol. 26, P. 92 (1974)

A Two Equation Model of Turbulence for Boundary Layer Flows near Walls

Dilawari, A. H.

Pak. J. of Science

Vol. 25, Nos. 4-6, P. 294 (1973)

An Improved Algebraic Relationship between the Reynolds Stresses and the Mean Rate of Strain

Dilawari, A. H.

Proc. of the First Iranian Conference of Chemical Engineering (Shiraz-Iran)

Vol. 2, P. 695 (May 1973)

Effect of Continuous Phase Turbulence on Mass Transfer Rates from Bluff Bodies

Dilawari, A. H.

PhD Thesis, University of London, UK

1972

A Study of Pakistani Mica

Salahuddin, K., Shami, M. D., & Dilawari, A. H.

Pak. J. of Scientific Research

Vol. 19, No. 4, P. 146 (1969)