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Name Dr. Muhammad Shehryar
Designation Associate Professor
Department Mechanical Engineering (Taxila)
Highest Qualification Ph.D. Mechanical Engineering
Specialization Fluid Mechanics, Computational Fluid Dynamics, Aerodynamics, Aero elasticity
Phone No +92 51 90 47 689
Cell No
Fax No
Email [email protected]

 

2010 Ph.D. Mechanical (Fluid Structure Interaction)

LadHyX, Ecole Polytechnique , ParisTech, France

2010 Management for Ph.D. Students (DPM) ENPC School of International Mangement, ParisTech, France
2007 Master Research (Energy, Fluids & Aerodynamics (EFA) Laboratoire d'Energetique et Mecanique des Fluides Internes (LEMFI), ENSAM, ParisTech, France
2004 BE-Mechanical NUST, College of E&ME, Pakistan

International Journals

S. No.

Name of Author

Complete Journal Name

Title of Publication

Vol. No. & Page No.

      Year       Published

Impact Factor

Q Ranking

     1

Taha Baig, Zabdur Rehman, Hussain Ahmed Tariq, Shehryar Manzoor, Majid Ali, Abdul Wadood,Krzysztof Rajski, Herie Park

Energies

ISSN: 1996-1073

eISSN: 1996-1073

Thermal Performance Investigation of Slotted Fin Minichannel Heat Sink for Microprocessor Cooling

14,

6347

      2021

3.004

       Q2

     2

Asad Ijaz, S. Manzoor, Md. Yamin Younis, M. Ebrahem, Muzaffar Ali

Ocean Engineering

ISSN:0029-8018

Effect of frequency lock-in on the dynamic response and heat transfer from a

circular cylinder at low Reynolds number

238,

109708

      2021

3.795

       Q1

     3

Aizaz Kashif, Muzaffar Ali, Nadeem Ahmed Sheikh, Vladimir Vukovic, M Shehryar

Applied Thermal Engineering

ISSN: 1359-4311

Experimental analysis of a solar assisted desiccant-based space heating and humidification system for cold and dry climates

175,

115371

      2020

4.72

       Q1

     4

Faria Akhtar, Muzaffar Ali, Nadeem Ahmed Sheikh, Muhammad Shehryar

Thermal Science

eISSN: 2334-7163

ISSN: 0354-9836

Experimental investigation of solar compound parabolic collector using Al2O3/H2O nanofluid in a subtropical climate

2020

(on-line first)

      2020

1.57

       Q3

     5

Arsalan Yawar, M. Ebrahem, S. Manzoor, N.A. Sheikh, Muzaffar Ali

International Journal of Heat and Mass Transfer

ISSN: 0017-9310

Transient cross flow and heat transfer over a rotationally oscillating cylinder subjected to gust impulse

137,

108 – 123

      2019

3.95

       Q1

     6

Muhammad F. Ejaz, Shehryar Manzoor

International Journal of Heat and Technology

ISSN: 0392-8764

Experimental investigation of heat transfer in a vertical annulus with a bottom heating rotating inner cylinder.

36 (2)

730 - 740

      2018

2.674

       Q3

     7

Farrukh Mazhar, Mohammad A Choudhry, Muhammad Shehryar

Journal of Aerospace Engineering

eISSN: 1943-5525

ISSN: 0893-1321

Nonlinear auto-regressive neural network for mathematical modelling of an airship using experimental data.

doi.org/10.1177/0954410018783131

      2018

1.038

       Q2

     8

Rabia Hanif, O.G. Bhatti, M. Ebrahem, S. Manzoor, Muzaffar Ali, N.A. Sheikh

International Journal of Heat and Mass Transfer

ISSN: 0017-9310

Transient fluid flow and heat transfer over a rotating circular cylinder near a wall subject to a single gust impulse

126 (A),

1178 - 1193

      2018

3.552

       Q1

     9

M. Ebrahem, S. Manzoor, N. A. Sheikh, Muzaffar Ali, M. M. Khan

International Journal of Aeroacoustics

eISSN: 2048-4003

ISSN: 1475-472X

Numerical Investigation of Transient Response of a Coupled Two Degrees of Freedom Symmetric Airfoil before Flutter

17 (3),

275 – 294

      2018

0.559

       Q2

    10

Muzaffar Ali, Muhammad Hasan Iqbal, Nadeem Ahmed Sheikh, Hafiz Muhammad Ali, Muhammad Shehryar Manzoor, Muhammad Mahabat Khan, Khairul Fikri Tamrin

International Journal of Photo energy

ISSN: 1687-529X

Performance Investigation of Air Velocity Effects On PV Modules Under Controlled Conditions

 

Vol. 2017

Article ID: 3829671

Pages: 10

      2017

1.277

       Q2

    11

Khushbakht Rana, S. Manzoor, N. A. Sheikh, Muzaffar Ali, H. M. Ali

International Journal of Heat and Mass Transfer

ISSN: 0017-9310

Gust Response of a Rotating Circular Cylinder in the Vortex Suppression Regime

115,

763 – 776

      2017

3.552

       Q1

    12

Muhammad Rizwan Bhatti, Nadeem Ahmed Sheikh, Shehryar Manzoor, Muhammad Mahabat Khan,

Muzaffar Ali

Journal of Thermal Science

ISSN: 1003-2169 (Print) 1993-033X (Online)

Numerical Study of Hydrogen Peroxide Thermal Decomposition in a Shock Tube.

26 (03),

235 – 244

      2017

0.543

       Q3

    13

Muzaffar Ali, Sher Asim Khan, Nadeem Ahmed Sheikh, Syed Ihtsham-ul-haq Gilani, Muhammad Shehryar, Hafiz Muhammad Ali, Tanzeel Ur Rashid

Energy and Buildings

ISSN: 0378-7788

Performance analysis of a low capacity solar tower water heating system in climate of Pakistan.

(143),

84 – 99

      2017

4.599

       Q1

    14

Adeel Arshad, Hafiz Muhammad Ali, Muzaffar Ali, Shehryar Manzoor

Applied Thermal Engineering

ISSN: 1359-4311

Thermal performance of phase change material based pin-finned heat sinks for electronic devices: Effect of pin thickness and PCM volume fraction.

(112),

143 – 155

      2017

3.634

       Q1

    15

Ali Muzaffar, Sheikh Ahmed Nadeem, Khalid Omar, Manzoor Shehryar, Ali Muhammad Hafiz

Thermal Science

ISSN: 0354-9836

e-ISSN: 2334-7163

Parametric investigation of a counter-flow heat and mass exchanger based on Maisotsenko cycle.

On line

      2016

0.939

       Q3

    16

N.A. Sheikh, S. Manzoor, M.M. Khan, M. Ali

European Physical Journal Applied Physics

ISSN: 1286-0042
e-ISSN: 1286-0050

Hydrodynamic description of a vibro-fluidized granular bed driven at high frequency.

75: 31101

      2016

0.667

       Q1

    17

Usman Ikhtiar, S. Manzoor, N.A. Sheikh, Muzaffar Ali

International Journal of Heat and Mass Transfer

ISSN: 0017-9310

Free stream flow and forced convection heat transfer around a rotating Circular cylinder subjected to a single gust impulse.

(99),

851 – 861

      2016

3.552

       Q1

    18

Omar Khalid, Muzaffar Ali, Nadeem Ahmed Sheikh, Hafiz M. Ali, M. Shehryar

Applied Thermal Engineering

ISSN: 1359-4311

Experimental analysis of an improved Maisotsenko cycle design under low velocity conditions.

(95),

288 – 295

      2016

3.634

       Q1

    19

Muhammad Sufyan, S. Manzoor, Nadeem A Sheikh

Journal of Mechanical Science and Technology

ISSN: 1738-494X

Free stream flow and forced convection heat transfer across rotating circular cylinder in steady regime: effects of rotation, Prandtl Number and thermal boundary condition.

29 (4),

1781 – 1797

      2015

0.703

       Q2

    20

Nadeem Ahmed Sheikh, Shehryar Manzoor, Muzaffar Ali,

Advances in Condensed Matter Physics

ISSN: 1687-8108

Variation of heat flux at lower frequencies of vibration in a vibrated granular bed.

doi:10.1155/2015/598354.

vol. 2015, Article ID 598354, 6 pages,

      2015

1.013

       Q3

    21

Faisal Qayyum, Masood Shah, S. Manzoor, Mohsin Abbas,

Material Science and Technology, Maney Publishing

ISSN: 0267-0836 (P)

1743-2847 (Online)

Comparison of thermo-mechanical stresses produced in work rolls during hot and cold rolling of Cartridge Brass 1101.

31(3),

317 – 324

      2015

0.804

       Q2

    22

Nadeem A. Sheikh, S. Manzoor, S. Khushnood,

Journal of Mechanical Science and Technology

ISSN: 1738-494X

A Modified Non Linear Model for High Mass Ratio Square Cylinder.

28 (12)

4989 – 4996.

      2014

0.703

       Q2

    23

M. Sufyan, S. Manzoor, N. A. Sheikh

Arabian Journal of Science and Engineering

ISSN: 1319-8025 (P)

2191-4281 (Online)

Heat Transfer Suppression in Flow Around a Rotating Circular Cylinder at High Prandtl Number.

39,

8051 – 8063.

      2014

0.367

       Q2

    24

X. Amandolèse, P. Hèmon, S. Manzoor

Journal of Computational and Applied Mathematics

ISSN: 0377-0427

The Transient Temporal Response of a Flexible Bridge Deck Subjected to a Single Gust.

246,

153 – 160.

      2013

1.413

       Q2

    25

S. Manzoor, J. Khawar, N. A. Sheikh,

Advances in Mechanical Engineering

ISSN: 1687-8132

Vortex Induced Vibrations of a Square Cylinder with Damped Free End Conditions.

2013, doi: 10.1155/2013/204974.

      2013

0.5

       Q3

    26

N. A. Sheikh, S. Manzoor, U. Ghani,

Advances in Mechanical Engineering

ISSN: 1687-8132

Evaluating Energy Flux in Vibro-fluidized Granular Bed.

2013, doi: 10.1155/2013/327379.

      2013

0.5

       Q3

    27

S. Manzoor, P. Hèmon, X. Amandolèse,

Journal of Fluids and Structures

ISSN: 0889-9746

On the Aero elastic Transient Behavior of a Streamlined Bridge Deck Section in a Wind Tunnel.

27,

1216 – 1227.

      2011

2.415

       Q1

    28

M. Schwartz, S. Manzoor, P. Hèmon, E. de Langre,

Journal of Fluids and Structures

ISSN: 0889-9746

By-pass Transition to Airfoil Flutter by Transient Growth due to Gust Impulse.

25,

1272 – 1281.

      2009

2.415

       Q1

 

 

 

International Conferences

S. No.

Name of Author

Conference Name

Title of Publication

          Year

     1

X. Amandolèse, P. Hèmon, S. Manzoor,

ACOMEN 2011

Transient Temporal Response of a Flexible Bridge Deck Submitted to a Single Gust, 5th International Conference on Advanced Computational Methods in Engineering ACOMEN 2011.

           2011

     2

M. A. R. Abid, M. I. Sarwar, A. Tahir, M. A. Khan, M Shehryar, S. M. Shah

IBCAST 2011

Gas Turbine Blade Flow Analysis Comparison using CFD and Wind Tunnel. 9th IBCAST, Islamabad 2011.

          2011

     3

T. Bano, N. A. Sheikh, S. Manzoor, S. Khushnood

IBCAST 2011

Numerical Simulation of Flow Past a Square Cylinder. 9th IBCAST, Islamabad, 2011.

          2011

     4

S. Manzoor, P. Hèmon, X. Amandolèse,

FEDSM 2010

Vortex Induced Vibrations of a Square Cylinder in a Wind Tunnel, ASME 3rd Fluids Engineering Summer Meeting, 2010.

          2010

 

HEC-NRPU-2021: Thermal Efficiency Enhancement of an Automotive Engine Platform

Amount: PKR 12.3million

EXECUTIVE SUMMARY:

Waste heat management in power plants based on internal combustion engines is a significant design aspect where the focus is effective heat removal to keep critical engine components cool at desired temperature levels. Small, special purpose engines can be cooled using relatively simple and lightweight systems based on atmospheric air as the primary cooling fluid. In larger complex systems, waste heat is rejected to the atmosphere by a radiator using a closed loop of water pumped through the engine.


Heat transfer in internal combustion engines can generally be regarded as a parasitic process contributing to a loss in efficiency. For example, heat transfer at the inlet decreases volumetric efficiency whereas heat losses at the exhaust diminish the turbocharger performance. In addition to the combusting air-fuel mixture, friction between engine components is also a significant source of thermal loading in engines. The two taken together govern the fan, oil and water cooler design capacities responsible for maintaining operating temperatures of critical engine components. This in turn affects their durability and designed life spans. Simply put, effective engine cooling can be used to achieve better engine performance / efficiency and enhanced life span.


This project aims at enhancing engine performance by augmenting heat transfer in heavy duty mobile power plants operating in harsh environmental conditions. There are a number of means to enhance heat transfer including for example using finned tubes, introducing nano-particles in the primary cooling fluid, using louvered fins in tubes and using ribbed or grooved tubes. In a power plant radiator setup, different tube and fin arrangements are already extensively investigated. Remarkably optimized designs already exist for these parameters. A more comprehensive investigation focused on exploiting nano-fluids and tube surface modifications by grooves / ribs is direly needed. This work seeks to improve heat transfer which would ultimately lead to a more efficient, light weight radiator design for the same power requirements.

Specific Objectives:
a. In house development of novel engine cooling techniques focused on enhanced heat transfer specifically for automotive engine platforms.
b. Novel radiator design without compromising the power requirements of the overall engine platform.
c. Less maintenance and enhanced life span.
d. In house development of testing facility for liquid-based radiators usable in automotive engine platforms

Expected Outcome:
a. Facilitation of effective academic and research activities in automotive sector focused on sustainable growth.
b. Delivering qualified and skilled human resource in automotive engineering sector which shall augment the efforts towards achieving national goal of acquiring technological self-sufficiency in this domain.
c. Complementing sustainable development of automotive sector by providing local industry and investors with support in consultation, design, component development, long term field testing, certification, resource data and technical assistance.
d. Education and training on related facilities and equipment.
e. Undertake fundamental and applied research and development projects related to the automotive sector in the long, medium and short term.

KNOWLEDGE TRANSLATION PLAN:

ORGANOGRAM:

GANTT CHART:

Incharge Program,

BSc Automotive Engineering Technology

(2004-2007) Project Engineer (Mechanical): Fauji Fertilizer Company Ltd. Pakistan

(2011-2018) Assistant Professor (TTS): Department of Mechanical Engnieering, UET Taxila

(2018-Present) Associate Professor (Tenured): Department of Mechanical Engineering, UET Taxila

European Mechanics Society

 

Undergraduate

Postgraduate

  • Fluid Dynamics – I
  • Computational Fluid Dynamics
  • Gas Dynamics
  • Gas Dynamics
  • Engineering Dynamics
  • Advanced Fluid Mechanics
  • Finite Element Methods
  • Advanced Thermodynamics

Assistant Professor (TTS)     Jan 2011 - Jan 2018

 

Associate Professor               Jan 2018 - to date

International Conferences

S. No.

Name of Author

Conference Name

Title of Publication

Year

1

X. Amandolèse, P. Hèmon, S. Manzoor,

ACOMEN 2011

Transient Temporal Response of a Flexible Bridge Deck Submitted to a Single Gust, 5th International Conference on Advanced Computational Methods in Engineering ACOMEN 2011.

2011

2

M. A. R. Abid, M. I. Sarwar, A. Tahir, M. A. Khan, M Shehryar, S. M. Shah

IBCAST 2011

Gas Turbine Blade Flow Analysis Comparison using CFD and Wind Tunnel. 9th IBCAST, Islamabad 2011.

2011

3

T. Bano, N. A. Sheikh, S. Manzoor, S. Khushnood

IBCAST 2011

Numerical Simulation of Flow Past a Square Cylinder. 9th IBCAST, Islamabad, 2011.

2011

4

S. Manzoor, P. Hèmon, X. Amandolèse,

FEDSM 2010

Vortex Induced Vibrations of a Square Cylinder in a Wind Tunnel, ASME 3rd Fluids Engineering Summer Meeting, 2010.

2010

UNDERGRADUATE (BSc ENGG) COMPLETED

  1. 07-ME-17, 07-ME-51, 07-ME-105, Investigation of Short Term Aerodynamic Response of a Symmetric Airfoil Using Digital Image Correlation. (Complete)
  2. 07-ME-13, 07-ME-139, 07-ME-151, Flow Induced Vibrations of a Square Cylinder in a Wind Tunnel Using Digital Image Correlation. (Complete)
  3. 07-ME-33, 07-ME-34, 07-ME-35, 07-ME-138, 07-ME-144, Design and Fabrication of Fuel Efficient Vehicle. (Complete)
  4. 07-ME-99, 07-ME-127, 07-ME-129, Design and Implementation of HVAC System for Multi-Purpose High Rise. (Complete)
  5. 08-ME-19, 08-ME-37, 08-ME-103, An Investigation of Regenerative Heat Transfer in a 2D de-Laval Thrust Chamber. (Complete)
  6. 08-ME-91, 08-ME-145, 08-ME-153, Analysis and Life Assessment of High Pressure Storage Cylinders. (Complete)
  7. 08-ME-27, 08-ME-99, 08-ME-119, 08-ME-135, 08-ME-137, 08-ME-143, Design and Fabrication of a Fuel Efficient Car. (Complete)
  8. 09-ME-90, 09-ME-118, Numerical Investigation of Rotating Circular Cylinder. (Complete)
  9. 09-ME-55, 09-ME-71, 09-ME-23, Aerodynamic Analysis of Inline Oscillating Symmetric Airfoil. (Complete)
  10. 09-ME-16, 09-ME-34, 09-ME-140, CFD Analysis of Heat Exchanger Tubes. (Complete)
  11. 10-ME-32, 10-ME-42, 10-ME-50, Investigation of Flow Past a Rotating Heated Cylinder Subjected to a Single Upstream Gust. (Complete)
  12. 10-ME-02, 10-ME-11, 10-ME-59, Pulsatile Flow Over a Heated Rotating Cylinder. (Complete)
  13. 10-ME-41, 10-ME-25, Coupled Fluid Structure Interaction Analysis of a Symmetric Airfoil. (Complete)
  14. 10-ME-75, 10-ME-144, 10-ME-147, Coupled Fluid Structure Interaction Analysis of a Symmetric Airfoil in a Non Linear Structural Environment. (Complete)
  15. 10-ME-95, 10-ME-105, 10-ME-107, CFD Analysis of Cross Flow Induced Effects on Two Circles in Tandem. (Complete)
  16. 11-ME-177, Numerical Study of Laminar Flow and Heat Transfer Past a Heated Rotating Square Cylinder. (Complete)
  17. 11-ME-03, 11-ME-15, 11-ME-56, 11-ME-102, Exhaust Air Recovery System for the Generation of Electricity at FCCL Attock. (Complete)
  18. 12-ME-171, 12-ME-96, 12-ME-158, 12-ME-94, Heat transfer from a circular cylinder subject to a uniform incident flow. (Complete)
  19. 12-ME-13, 12-ME-07, 12-ME-136, 12-ME-113, 12-ME-83, 12-ME-127, Energy generation from road bumps. (Complete)
  20. 12-ME-21, 12-ME-75, 12-ME-105, Boundary layer re-energizing. (Complete)
  21. 12-ME-15, 12-ME-119, 12-ME-107, 12-ME-93, Fabrication of a fuel efficient car. (Complete)
  22. 12-ME-88, 12-ME-148, 12-ME-22, Assessment of aerodynamic parameters of a modified trainer aircraft. (Complete)
  23. 12-ME-71, 12-ME-116, Aero-elastic analysis of a streamlined bridge deck section. (Complete)
  24. 13-ME-15, 13-ME-108, 13-ME-135, 13-ME-147, Design and Fabrication of Multi-Stage Free Flow Tidal Turbine. (Complete)
  25. 13-ME-76, 13-ME-78, 13-ME-88, Flow Analysis in a Shell and Tube Heat Exchanger. (Complete)
  26. 13-ME-162, 13-ME-174, 13-ME-181, 13-ME-186, Gas Turbine Blade Analysis and Simulations. (Complete)
  27. 14-ME-106, 14-ME-119, 14-ME-123, 14-ME-154, 14-ME-166, Dynamic response analysis of heat transfer and fluid flow past two cylinders in inline arrangements. (Complete)
  28. 14-ME-101, 14-ME-113, 14-ME-114, 14-ME-133, 14-ME-144, Design, fabrication and experimental study of conjugate heat transfer within a bottom heated vertical concentric cylindrical enclosure. (Complete)
  29. 15-ME-59, 15-ME-77, 15-ME-84, 15-ME-96, Aerodynamic investigation of various automobile shapes.
  30. 15-ME-66, 15-ME-88, 15-ME-91, 15-ME-99, Aerodynamic design and testing of helmet.
  31. 15-ME-13, Numerical investigation of aerodynamic behavior of a symmetric airfoil.
  32. 15-ME-123, 15-ME-133, 15-ME-137, 15-ME-139, Axial fan design for diverse industrial applications.
  33. 17-ME-57, 17-ME-98, 17-ME-112, Numerical Investigation of Variations in Pressure Far Field of a Symmetric Airfoil at Different Angles of Attack.

POSTGRADUATE (MSc ENGG) COMPLETED

  1. 09-MS-TSE-13, Evaluation of 4-Stroke Gasoline Engine Performance Using Bio Fuel Additive (Petrol + Ethanol) at Different Ratios (Part Time, Complete)
  2. 11-MS-FT-TSE-02, Modeling & Simulation of Micro-scaled Convergent Divergent Nozzle (Full Time, Complete)
  3. 12-MS-FT-TSE-08, CFD Analysis of Flow Past a Rectangular Bluff Body.
  4. 11-MS-PT-TSE-08, Development of Test Rig for Flow Calibration and Experimental Verification of an Axial Fan.
  5. 12-MS-PT-TSE-11, Effect of Condensate Flow Rate on Condensate Retention of Geometrically Enhanced Pin – Fin Tubes.
  6. 13-MS-FT-TF-01, CFD Analysis of Fluid Structure Interaction of Symmetric Airfoil. Research Manuscript under Review.
  7. 14-MS-FT-TF-01, Free stream flow and forced convection heat transfer around a rotating Circular cylinder subjected to a single gust impulse. International Journal of Heat and Mass Transfer, 2016 (99), 851-861.
  8. 15-MS-FT-TSE-02, Conjugate Heat Transfer in a Bottom Heated Vertical Concentric Cylindrical Enclosure.
  9. 15-MS-FT-TSE-06, Numerical Investigation of Single Gust Impulse across a Circular Cylinder in Vortex Suppression Region.
  10. 15-MS-FT-TSE-07, Numerical Simulation of Vortex Induced Vibrations and Forced Convective Heat Transfer in a 2-D Circular Cylinder.
  11. 15-MS-FT-P&G-01, Flow Past a Rotating Cylinder Next to a Wall.
  12. 17-MS-FT-TSE-01, Transient Flow and Heat Transfer Response of a Rotationally Oscillating Cylinder Subjected to a Gust Impulse.

POSTGRADUATE (MSc ENGG) IN PROGRESS

  1. 2019-MS-ME-AMD-02, Dynamic & Acoustic Response Analysis of Symmetrical Airfoil in a Non-linear Structural Environment.
  2. 2018-MS-PT-AMD-02, Energy Harvesting from a Symmetric Airfoil Under Varying Load Conditions.
  3. 19-MS-ME-AMD-08, Effect of structural non-linearity on dynamic response of immersed bluff objects.
  4. 15-MS-ME-AMD-10, Effect of cross-section on Dynamic heat transfer and flow characteristics past 2-Dimensional bluff objects.

PhD THESIS COMPLETED

  1. 05-UET/PhD-ME-18, Exergetic Thermo-economic Heat Exchanger Optimization Model
  2. 11-UET/PhD-ME-71, Farrukh Mazhar, Parameter Characterization and Dynamic Modelling of Airship
  3. .

PhD THESIS IN PROGRESS

  1. 16-UET/PhD-ME-03, M. Ebrahem Khalid, preparing for first RMC.
  2. 17-UET/PhD-ME-F-10, Asad Ejaz, First RMC done. Research work in progress.
  3. 19-UET/PhD-ME-12, Omair Nasir, Course Work in Progress.

POSTGRADUATE (MSc ENGG) COMPLETED

  1. 09-MS-TSE-13, Evaluation of 4-Stroke Gasoline Engine Performance Using Bio Fuel Additive (Petrol + Ethanol) at Different Ratios (Part Time, Complete)
  2. 11-MS-FT-TSE-02, Modeling & Simulation of Micro-scaled Convergent Divergent Nozzle (Full Time, Complete)
  3. 12-MS-FT-TSE-08, CFD Analysis of Flow Past a Rectangular Bluff Body.
  4. 11-MS-PT-TSE-08, Development of Test Rig for Flow Calibration and Experimental Verification of an Axial Fan.
  5. 12-MS-PT-TSE-11, Effect of Condensate Flow Rate on Condensate Retention of Geometrically Enhanced Pin – Fin Tubes.
  6. 13-MS-FT-TF-01, CFD Analysis of Fluid Structure Interaction of Symmetric Airfoil. Research Manuscript under Review.
  7. 14-MS-FT-TF-01, Free stream flow and forced convection heat transfer around a rotating Circular cylinder subjected to a single gust impulse. International Journal of Heat and Mass Transfer, 2016 (99), 851-861.
  8. 15-MS-FT-TSE-02, Conjugate Heat Transfer in a Bottom Heated Vertical Concentric Cylindrical Enclosure.
  9. 15-MS-FT-TSE-06, Numerical Investigation of Single Gust Impulse across a Circular Cylinder in Vortex Suppression Region.
  10. 15-MS-FT-TSE-07, Numerical Simulation of Vortex Induced Vibrations and Forced Convective Heat Transfer in a 2-D Circular Cylinder.
  11. 15-MS-FT-P&G-01, Flow Past a Rotating Cylinder Next to a Wall.
  12. 17-MS-FT-TSE-01, Transient Flow and Heat Transfer Response of a Rotationally Oscillating Cylinder Subjected to a Gust Impulse.

POSTGRADUATE (MSc ENGG) IN PROGRESS

  1. 2019-MS-ME-AMD-02, Dynamic & Acoustic Response Analysis of Symmetrical Airfoil in a Non-linear Structural Environment.
  2. 2018-MS-PT-AMD-02, Energy Harvesting from a Symmetric Airfoil Under Varying Load Conditions.
  3. 19-MS-ME-AMD-08, Effect of structural non-linearity on dynamic response of immersed bluff objects.
  4. 15-MS-ME-AMD-10, Effect of cross-section on Dynamic heat transfer and flow characteristics past 2-Dimensional bluff objects.

PhD THESIS COMPLETED

  1. 05-UET/PhD-ME-18, Exergetic Thermo-economic Heat Exchanger Optimization Model
  2. 11-UET/PhD-ME-71, Farrukh Mazhar, Preparing for Final Defense.

PhD THESIS IN PROGRESS

  1. 16-UET/PhD-ME-03, M. Ebrahem Khalid, preparing for first RMC.
  2. 17-UET/PhD-ME-F-10, Asad Ejaz, First RMC done. Research work in progress.
  3. 19-UET/PhD-ME-12, Omair Nasir, Course Work in Progress.