dr_javed_hayder

Dr. Mohammad Javed Hyder (PhD RPI, USA)

PROFESSOR
PROFILE SUMMARY

During the last 36 years of service at PIEAS, I have dedicated my career for promoting excellence in academic and research. As Director ORIC, I have organized the National and International Level Summits and symposia with a gathering of more than 600 participants including around 30 foreigners. Also I lead the PIEAS Shell Eco-Marathon Teams in 2015 held in Manila, Philippines and one of our team secured the second runner up position in Asia. I organized TEDx PIEAS in 2016, 2017, and 2018. I have taught around fifty different subject during my career in PIEAS, which is a world record. I was nominated by Rector PIEAS for Sitara-i-Imtiaz in 2018 and Pride of Performance in 2009. Best University Teacher award was received in 2010 from HEC and PIEAS Performance Gold Medal in 2008 from Pakistan Atomic Energy Commission. Also I was awarded Tamgha-e-Baka in 1998. I was shortlist for the interview of Rector PIEAS in 2009 and 2016.

While serving at PIEAS I have performed various managerial duties in different capacities. Dean Faculty of Engineering during 2011 to 2014, Head Department of Mechanical Engineering during 2006 to 2009. During 2007 to 2008 also performed the additional duty of Dean of Faculty of Engineering. I worked as Head Department of Information and Public Relation from 2000 to 2003. From time to time I have been either the convener or member of various committees formed to address day to day issues of the institute. I prepared the summary submitted to the Cabinet for the grant of degree awarding status to the PIEAS. As an expert from time to time peer reviewed PC-I of development projects submitted to HEC. I am a member of National Curriculum Revision Committee of HEC in the field of Mechanical Engineering.

I developed and launched the BSc, MS and PhD programs of Mechanical Engineering. I was involved in the Senior Officers Management Course (SOMC), Advance Management Course (AMC), and Basic Management Course (BM) as an expert to train the participants in the area of Leadership skills, negotiation skills, problem solving, creative thinking, engineering design and R&D management, etc. for the promotion of officers from 18 to 19 and from 19 to 20 grade in the strategic organizations.

I have developed about five new laboratories at PIEAS and supervised experiments in nine laboratories. Throughout my career I have studied on scholarship. I am the first scholar to leave for higher studies on MOST scholarship in 1986, for this I toped the examination and the interview held by the PAEC. I completed PhD in a very short period of three years and nine months from RPI, USA, where generally the time span is five years or more.

I have studied 39 graduate level courses (117 credit hrs). I have supervised more than 175 MS/ MPhil theses and 33 BSc (four year)/ MSc final year projects/ theses. I have published one chapter in international book. I am supervising three PhD students and two have completed PhD. I have published 47 articles in international/ national journals/ conference with an impact factor above 30. As mentioned above, have taught around 50 different subjects.

My field of interest in mechanical behaviour of materials, mechanical system design and development, Computational engineering, turbo-machinery design and development, internal combustion engine, and thermodynamics. Although I can teach most of the subject in the field of mechanical engineering but most interested subjects which I prefer to teach are mechanics of material, machine design, finite elements methods, computational engineering, mechanical behaviour of material, thermodynamics, and turbomachinery.

QUALIFICATION
PhD Mechanical Engineering Rensselaer Polytechnic Institute (RPI), Troy, NY, USA 1991
MS Mechanical Engineering George Washington University (GWU), Washington DC, USA 1987
M.Sc. Nuclear Engineering Quaid-eAzam University (QAU), Islamabad, Pakistan 1983
B.E. Mechanical Engineering Kim Check Engineering College (KEC), Pyongyang, DPR Korea 1979
Diploma Korean Language Kim IL Sung University, Pyongyang, DPR Korea 1975
TEACHING EXPERIENCE
Professor Capital University of Science and Technology (CUST), Islamabad Since – 2020
Dean, Faculty of Engineering Pakistan Institute of Engineering & Applied Sciences, Islamabad 2014 – 2015
Dean, Faculty of Engineering Pakistan Institute of Engineering & Applied Sciences, Islamabad 2007 – 2008
Head, Mechanical Engineering Department Pakistan Institute of Engineering & Applied Sciences, Islamabad 2006 – 2009
Head Department of Information and Public Relation Pakistan Institute of Engineering & Applied Sciences, Islamabad 2000 – 2004
MANAGEMENT EXPERIENCE
Director, ORIC Pakistan Institute of Engineering & Applied Sciences, Islamabad 2016 – 2019
Convenor PIEAS Transport Pakistan Institute of Engineering & Applied Sciences, Islamabad 2008 – 2009
Incharge Computational Mechanics Laboratory Pakistan Institute of Engineering & Applied Sciences, Islamabad 2006 – 2007
Incharge Graduate Programme Pakistan Institute of Engineering & Applied Sciences, Islamabad 2004 – 2007
Incharge Mechanical Engineering Laboratory Pakistan Institute of Engineering & Applied Sciences, Islamabad 1992 – 2006
Incharge Technical Drawing Cell Pakistan Institute of Engineering & Applied Sciences, Islamabad 1992 – 2006
Incharge Creep Laboratory Pakistan Institute of Engineering & Applied Sciences, Islamabad 1993 – 2006
Coordinator PIEAS Colloquia Pakistan Institute of Engineering & Applied Sciences, Islamabad 2000 – 2004
Incharge PIEAS/ CNS Newsletter Pakistan Institute of Engineering & Applied Sciences, Islamabad 1992 – 2002
Coordinator PIEAS/ CNS MSc. Theses Pakistan Institute of Engineering & Applied Sciences, Islamabad 1991 – 2001
Incharge Chemical Engineering Laboratory Pakistan Institute of Engineering & Applied Sciences, Islamabad 1983 – 1985
MEMBERSHIP OF PROFESSIONAL BODIES
Reviewer Journal of Mechanical Engineering
Reviewer Engineering Applications of Computational Fluid Mechanics
Reviewer Taxila Engineering Journal
Member American Society of Mechanical Engineers (ASME)
Member International Association of Engineers (IAENG)
Life Time Member Pakistan Nuclear Society
Life Time Member Pakistan Engineering Council
HONORS & AWARDS
1. est University Teachers Award 2010 by HEC.
2. PIEAS Performance Gold Medal 2008.
3. Tamgha-e-Baka in 1998
4. Nomination sent for presidential award PRIDE OF PERFORMANCE 2009
5. Launched BS Mechanical Engineering program in September 2009
6. Launched MS Mechanical Engineering program in October 2006
7. The article ‘Optimization of location and size of opening in a pressure vessel cylinder using ANSYS’, Hyder, M.J., & Asif, M. was rated as top 25 Hottest Article by Science Direct (for about ten years) as well as was the leading article of the Engineering Failure Analysis Journal, UK, 15 (2008) 1-19
8. Best presentation award to Engr. Dr. M. Javed Hyder and Hafiz Laiq-ur-Rehman for their paper entitled, “Stress Distribution of Gas Turbine Blade”. FEMS (22-23 Oct. 2007) UET Taxila
9. Indigenously designed, manufactured and operated successfully 5 kW lab scale gas turbine
10. As supervisor of PIEAS Shell Eco marathon team lead two vehicles for the Shell Eco Marathon Asia 2015. Chairman PAEC granted funds of 20 Lacs for a project
11. As supervisor of PIEAS Shell Eco marathon team lead the PIEAS teams to participate in the Shell EcoMarathon Asia since 2014.
12. Also supervised the PIEAS BS Mechanical students’ team for the COMPPEC held at EME NUST on June 24, 2104. More than 100 universities with more than 500 participants and 150 projects of electrical and mechanical category were displayed. Our team stood second in Electro-mechanical category and won a prize of Rs 20,000/=. They declared our design as most efficient in UAV Category.
13. Supervising the BS Mechanical student’s project to participate in National Design Build and flying competition (DBFC) since April 2013.
14. Supervised the BS Mechanical student’s team to build an airplane to participate in the event Airex’13, held at GIKI at 22-24. October 2013. The team won first prize in the module “Xtreme engine Powered Aircraft Competition”.
15. Ministry of Science and Technology, Government of Pakistan awarded merit Scholarship for M.S. Computer Aided Design, Mechanical Engineering and Ph.D. Mechanical Engineering. Secured first position in PAEC examination for the award of the scholarship 1985.
16. Fellowship was obtained from CNS (now PIEAS), for M.Sc. Nuclear Engineering from QAU, 1981.
17. Full Scholarship from the Government of DPR Korea for BE. Mechanical Engineering from Kim Check Engineering College , Pyongyang, DPR Korea, 1975
18. Full Scholarship from the Government of DPR Korea for Diploma in Korean Language, 1974
19. Wrote the proposal for PIEAS charter in 2000 for submission to the cabinet division
20. Successfully got the Mechanical Engineering and Electrical Engineering reaccreditation of the BS degree program from the Pakistan Engineering Council for two years; batch 2010-2014 & 20112015.
21. Successfully got the Mechanical Engineering and Electrical Engineering accreditation of the BS degree program from the Pakistan Engineering Council for one year; batch of 2009-2013.
22. 4. Member of National Curriculum Revision Committee (Mechanical) of HEC.
23. Pakistan Engineering Council nominated as an expert (Mech. Engg.) member of the committee constituted for the Accreditation of BSc Mechanical Engineering Program.
24. In collaboration with the HEC coordinated the purchase and installation of licensed softwares for the Department. Auto desk Inventor, Catia, ADAM, Matlab, Maple, ANSYS research version multiphysics, Fluent, Pro/Engineering (complete with Pro Mechancia, Pro Sim, etc).
25. Also coordinated the training of licensed softwares of faculty members of PIEAS (DCME, DNE, DME, and UBSD).
26. As the member of the Editorial and Publication Committee of 2nd National Seminar on Welding Science and Technology held from 14 to 16 March 2005, I edited the proceedings of the Seminar. It consists of editing abstract of all the papers before the seminar and full papers after the seminars. During the year 2006 as the papers were received the paper editing was carried out.
RESEARCH AREAS / INTERESTS
  1. Mechanical behaviour of materials;
  2. Mechanical system design and development;
  3. Computational engineering;
  4. Turbo-machinery design and development;
  5. Internal combustion engine;
  6. Thermodynamics.
RESEARCH SUPERVISION
1. PhD Effects of Cooling hole shapes on film cooling effectiveness
2. PhD Optimization based on design by analysis of pressure vessel
3. PhD Fuzzy logic based control development of multi-nozzle floating platform
4. PhD Seismic analysis of Pressure Vessel
5. PhD Seismic analysis of connection pipes of a pressure vessel
6. PhD Computational analysis of fracture in pressure vessel
7. MS Radiator design for 600 hp diesel engine
8. MS Design of fuel injector nozzle for a two stroke diesel engine
9. MS Fatigue analysis of connecting crank shaft of a 600 hp diesel engine
11. MS Fatigue analysis of connecting rod of a 600 hp diesel engine
12. MS Design and development of gasket of a two stroke diesel engine
13. MS Computational analysis of formation of super cavitation around a solid object
14. MS Development of multi nozzle thrust platform
15. MS Computational analysis of steam turbine blade failure
16. MS Design and Manufacturing of superheated R-12 steam turbine (B)
17. MS Design and Manufacturing of superheated R-12 steam turbine (A)
18. MS Development of bellows on polyvinyl chloride circular sleeve (dia=210mm) having built in SS spring wires
19. MS Computational analysis of super cavitation around a solid object
20. MS Study of failure analysis of thermal power plant general failures
21. MS Design Analysis of multi nozzle thrust platform
22. MS Determination and validation of modal characteristics of a structure
23. MS Design of Compressor for an air conditioner
24. MS Design Optimization of 5 – 10 KW axial flow compressor Rotor
25. MS Design Optimization of 5 – 10 KW gas turbine combustion chamber
26. MS Study of failure analysis of thermal power plant pumps
27. MS Feasibility study for manufacturing various types of magnets
28. MS Design and Development of super cavitation experimental setup
29. MS Study of failure analysis of gas turbines
30. MS Design Optimization of 5 KW gas turbine Labyrinth seal and casing
31. MS Design of 500 watt centrifugal pump
32. MS Five Pressure ratio centrifugal compressor Design
33. MS Design of 500 watt axial flow pump
34. MS Study of failure analysis of steam turbines
35. MS Design Optimization of 5-10 KW Axil flow gas turbine stator
36. MS Design Optimization of 5-10 KW Axial Flow Gas Turbine Rotor
37. MS Design Optimization of 5-10 KW gas turbine fuel system
38. MS Design Analysis of Pelton Turbine using ANSYS
39. MS Design Optimization of 5-10 KW Axial Flow Compressor Stator
40. MS Design Modification and CFD Analysis of Solar LiBr Refrigeration System
41. MS Design and Analysis of 5 bar Axial Flow Compressor
42. MS Design and Analysis of 20 gallons Geyser using Solar Parabolic Trough
43. MS Pressure Vessel outlet nozzle strength analysis using ANSYS Workbench
44. MS Pressurizer Vessel Analysis using ANSYS Workbench
45. MS Pressurizer cooling spray Analysis using ANSYS
46. MS Design of Pressurizer Vessel using ASME Codes
47. MS Optimization of a Pressure Vessel and Study of effects of Ring Stiffeners on stresses in the pressure Vessel
48. MS Development of Axial Flow Stream Turbine (Stator)
49. MS Design and Manufacturing of Worm Gear system for solar Parabolic Trough
50. MS Design of Multistage Hydraulic Jack for 20 tons crane using Pro-E and ANSYS Workbench
51. MS Solar Refrigeration System Design based on Lithium Bromide (LiBr)
52. MS Development of Steam Turbine (Rotor part)
53. MS Performance Analysis of Indigenous Design of 5 KW Gas turbine
54. MS Blade Height Modification of Indigenously Designed Manufactured 5 Kw Gas Turbine
55. MS Development of Gas turbine Control
56. MS Balancing of platform by nozzle control using Microcontroller
57. MS Design and Manufacturing of Solar Parabolic Trough
58. MS Steam Generation Design Using Solar Parabolic Trough
59. MS Design & Development of Solar Tracking Mechanism for Parabolic Trough
60. MS Modification in combustion chamber of 5kw gas turbine
61. MS Modification in Fuel Supply and Ignition System of 5 KW Gas Turbine
62. MS Modification in a Compressor of 5kW Gas Turbine
63. MS Vibration Analysis of 5 KW Gas Turbine Blade
64. MS Vibration Analysis of 5KW Gas Turbine
65. MS Lab Scale Steam Turbine Design for Superheated Steam
66. MS Design of Laboratory Scale Steam Turbine for a Saturated Steam
67. MS Thermal Analysis of Fuel Rod of PWR
68. MS Heat Transfer Analysis of PWR Core
69. MS Heat Transfer Analysis of PWR Fuel Assembly Grid Spacer
70. MS Heat Transfer Analysis of PWR Fuel Assembly
71. MS Optimization of Power Output of Single Stage axial Flow gas Turbine Using ANSYS
72. MS Steam Turbine Labrinth Seal Design using ANSYS Workbench
73. MS Structural Analysis of a typical PWR pressure vessel (effect of opening)
74. MS Structural Analysis of a typical PWR pressure vessel (effect of core)
75. MS Structural Analysis of a typical PWR pressure vessel (effect of cylinder thickness)
76. MS Temperature difference (cold) for film cooling of gas turbine blades
77. MS Temperature difference (hot) for film cooling of gas turbine blades
78. MS Operation and testing of lab scale gas turbine (modification of pitch of compressor blades)
79. MS Operation and testing of lab scale gas turbine (modification of pitch of blades)
80. MS Turbulence effect study of film cooling of gas turbine blades
81. MS Operation and testing of lab scale gas turbine (modification of turbine blade profiles)
82. MS Film Cooling Adiabatic Effectiveness Optimization Using Slots (Computational: Fluent)
83. MS Effect of Opening in Pressure Vessel Cylinder
84. MS ASME versus ANSYS Fatigue Based Design of Pressure Vessel
85. MS Effect of compound angle Orientations of Semicircular Holes on film cooling Effectiveness Using Cold Coolant. (Experimental)
86. MS Design of Lab Scale Solar Dish Thermal Power Plant
87. MS Design and Manufacturing of Lab Scale Dynamometer
88. MS ASME Versus ANSYS Design of Pressure Vessel
89. MS Design and Analysis of 10KW Gas Turbine Engine
90. MS Design Data Generation (Stage Loading Coefficient) of Axial Flow Gas Turbine using Fluent
91. MS Design of Parabolic Trough Solar Thermal Power Plant
92. MS To Study the Effect of Opening in Pressure Vessel Head using ANSYS
93. MS Using Cold Coolant Experimental Study for Comparison of Rows of Semicircular and Circular Holes for Film Cooling Effectiveness
94. MS Analysis of PARR-I Containment Building Damage, Caused by Reinforcement Bars Deterioration, using ANSYS
95. MS Manufacturing of Lab Scale Single Stage Axial Flow Compressor
96. MS Effect of Compound Angle Orientations of Semi-circular Holes on Film Cooling Effectiveness
97. MS Manufacturing of Combustion Chamber for Gas Turbine
98. MS Experimental Study for Comparison of Rows of Semi-circular and Circular Holes fore film cooling Effectiveness
99. MS Computational Study of Effect of Compound Angle Orientation of Semi-circular Holes on Film Cooling Effectiveness
100. MS Infrared Spectroscopy and its application in the Quality Control of Binary Liquids
101. MS Analysis of Stage Loading Coefficient of an Axial Flow Turbine using ANSYS
102. MS Computational Study for Comparison of Rows of Circular and Semicircular Holes for Film Cooling Effectiveness
103. MS Manufacturing of Lab scale Snubber Test Rig
104. MS Fatigue Analysis of Pressure Vessel using ANSYS
105. MS Manufacturing of Laboratory Scale Gas Turbine Casing System
106. MS Design and development of Mini Hydropower Generation System using Canal Water
107. MS Study the effect of Turbulence Intensity on film cooling Effectiveness of Trench and Cylindrical holes
108. MS Design of Wind Turbine for Residential Purpose
109. MS Study of Effect of Hole Shape on Film Cooling Effectiveness
110. MS Design and Analysis of Refrigeration System using Ejector Nozzle
111. MS Manufacturing of Laboratory Scale Single Stage Gas Turbine (Shaft System)
112. MS Design of Snubber Test Rig
113. MS Optimization of Turbine Blade Shape Based on Deflection
114. MS Design of Mini Hydropower Generation System
115. MS Design of Wind Turbine for Pumping Water
116. MS Creep and Fatigue Interaction Study Using Electrical Potential Method
117. MS Centrifugal compressor design
118. MS Manufacturing of axial flow compressor
119. MS Manufacturing of axial flow turbine
120. MS Manufacturing of gas turbine combustion chamber
121. MS Optimization of turbine blade profile based on deflected shape
122. MS Optimization of power transmission shaft of gas turbine
123. MS Development of selection criteria of gas turbine bearings
124. MS Survey of various leakage preventive methods used in gas turbines
125. MS Thermal barrier coating material application and techniques.
126. MS Optimization of three dimensional turbine blade profiles for mechanical and thermal stress under film cooling conditions
127. MS Heat transfer analysis of turbine blade surface and effect of different thermo-dynamical properties of cooling fluid on external film cooling of turbine blade
128. MS Combustion Chamber design for Gas Turbine
129. MS Turbine blade film cooling effectiveness variations with different cooling-hole shape under realistic conditions
130. MS Design of main Shaft of a Gas Turbine Engine
131. MS Heat Transfer Analysis of Turbine blade surface and effect of different thermodynamic properties of cooling fluid on external film cooling of turbine blade
132. MS Design of Axial Flow Compressor for Gas Turbine
133. MS Optimization of Axial Flow Compressor Blade Profile
134. MS Feasibility Study of Materials and Techniques used for Manufacturing Gas Turbine
135. MS Design and Analysis of Turbine Blade
136. MS Mathematical modelling of creep
137. MS Design of an Overhead Cran of 50 tons load capacity using helical gear reducer
138. MS Determination of the Effect of Increase in Temperature in the Secondary Stage of Creep
139. MS Analysis of Flow over Cylindrical Bodies by finite element Method
140. MS Determination of the Effect of Increase in Stress during Secondary Stage of Creep
141. MS Optimization of Air Gap in linear solar Concentrator using ANSYS
142. MS Optimization of convective heat transfer coefficient in linear solar Concentrator using ANSYS
143. MS Optimization of location and size of opening in a pressure vessel cylinder using ANSYS
144. MS Optimization of location and size of opening in a pressure vessel head using ANSYS
145. MS Design optimization of solar burner using ANSYS
146. MS Pre-processor design for finite element analysis
147. MS Development of Finite Element Code for Structural Mechanics
148. MS Development of Finite Element Code for Thermal Analysis for Static and Transient Studies
149. MS Development of Finite Element Code for Dynamic Studies
150. MS Development Matrix Solver using C++.
151. MS Development of Bezeir Curved based Numerical Integration Method
152. MS Creep Analysis using Bimetal Test Specimen at different Temperature and Stress Levels using electrical Potential Method
153. MS Creep Behaviour analysis during fatigue at different temperatures
154. MS Development of a Preprocessor for Finite Element Code for Solid Mechanics
155. MS Preliminary Study of Low Power Nuclear Power Plant aused in Vehicles.
156. MS Development of three dimensional solid modeler.
157. MS Software development for free form surface generation.
158. MS Software development of non geometrical shaped three dimensional objects.
159. MS General Purpose Animation Software Development.
160. MS General Purpose Animation Software Development.
161. MS Software Development for spring design.
162. MS Software Development for Shaft design.
163. MS Software development for computer interface of universal testing machine.
164. MS Hardware development for computer interface of universal testing machine.
165. MS Development of a finite element program for stress and thermal analysis.
166. MS Mechanical Behaviour Study of materials using electrical potential method.
167. MS Design of Valve train of 72 BHP 4 cylinder gasoline engine.
168. MS Engine Block and Cooling System Design of a 72 BHP 4 cylinder gasoline engine.
169. MS Design of Piston, Connecting Rod, Crankshaft, and Flywheel of 72 BHP 4 cylinder gasoline engine.
170. MS Design of Cylinder head assembly and lubrication system of a 72 BHP cylinder gasoline engine.
171. MS Design, development and fabrication of multi-throw crank shaft and test rig for a 72 BHP gasoline engine.
172. MS Design of high speed system for rotating an atomizing disc (24000 rpm).
173. MS Mapping of Electrical Potential Field.
174. MS Natural Convection Study in water using pin type fuel element.
175. MS Natural Convection Study in water using pin type fuel element.
176. MS Development of Computer program for solution of 2D conduction heat equation is steady state.
177. MS Creep Fatigue Interaction Study.
178. MS Pump Design.
179. MS Pressurized Water Reactor Model Development.
180. MS Steam Generation System for Educational Nuclear Power Plant.
181. MS Design of Condensate System.
182. BS Thermal and structural analysis of two stroke diesel engine piston
183. BS Design of two stroke diesel engine turbocharger
184. BS Design of water body of a two stroke diesel engine
185. BS Design analysis of connecting rod of a 600 hp diesel engine
186. BS Piston ring design and development
187. BS Aerodynamic analysis for an urban gasoline vehicle
188. BS Assembly and fuel economy setting of engine for prototype Vehicle
189. BS Design and development of intelligence mobile air ambulance3 for disaster management
190. BS Design and Development of Oxygen Sensor
191. BS Design and Development of EFI control system for diesel engine
192. BS Development of foldable Chaises for shell eco-marathon vehicle
193. BS Development of power transmission system using chain and sprocket for shell eco marathon vehicle
194. BS Development of Condenser and Pump vapor absorption refrigeration system
195. BS Manufacturing of R-12 Based Model Thermal Power Plant
196. BS Design, analysis and Manufacfturing of Suspension and steering system of Student Formula SAE Vehicle and its Integration
197. BS Design and development of PLC Based Control system to position the Parabolic Trough
198. BS Manufacturing of Shell for an Urban Concept Vehicle
199. BS Chassis design and analysis of an Urban Car Using ANSYS
200. BS Design and Development of EFI System for a Single Cylinder Engine
201. BS Design and Development of Steering and Brake System of an Urban Concept Car
202. BS Manufacturing of Lithium Bromide Based Refrigeration System
203. BS Design, Analysis, Manufacturing and Testing of Chassis of Formula SAE Vahicle
204. BS Design & Development of Aerodynamic Device and Bodyshell of Formula Student SAE Vehicle
205. BS Conversion of Gasoline Engine to Ethanol Based and It’s Implementation
206. BS Design, Analysis and Fabrication of Formula Student Race Car
207. BS Manufacturing and Testing of Biofuel (ethanol) using IC Engine
JOURNAL PUBLICATIONS
1. 1. Usman Tariq Murtaza and M. Javed Hyder , Stress intensity factors of corner cracks at set‑in nozzle cylinder, intersection of a PWR reactor pressure vessel, J Braz. Soc. Mech. Sci. Eng. (2017) 39:601–611[impact fact 1.627]
2. 2. Usman Tariq Murtaza and M. Javed Hyder, Optimization of the Size and Shape of the Set-in Nozzle for a PWR Reactor Pressure Vessel, Nuclear Engineering and Design, Vol 284 C, pp. 219-227, 2015[impact factor 1.21]
3. Usman Tariq Murtaza and M. Javed Hyder, The effects of thermal stresses on the elliptical surface cracks in PWR reactor pressure vessel, Theoretical and Applied Fracture Mechanics, Vol 75C, pp.124-136, 2015[impact factor 2.215]
4. F. H. Asghar and M J Hyder, Computational Study of film cooling from single and two staggered rows of novel semi-circular cooling holes including coolant plenum, Energy Conversion and Management, Volume 52, Issue 1, January 2011, Pages 329-334[impact factor 6.377]
5. 5. N.H. Tariq, J.I. Akhter, B.A. Hasan, M. Javed Hyder, Design induced plastic deformation in Zr-based bulk metallic glass N.H. Tariq, J.I.Akhter, B.A.Hasan, M.Javed Hyder Journal of Alloys and Compounds, Volume 507, Issue 2, 8 October 2010, Pages 414-418[impact factor 3.779]
6. 6. Syed Asfandyar, Muhammad Rafique, and M. Javed Hyder An Optimized Design of Solar Burner Through Thermal and Structural Analysis of Plate and Coil of Burner using ANSYS The Pacific Journal of Science and Technology Volume 9. Number 1. May-June 2008 (Spring) p 132 – 141
7. 7. Hyder, M.J., Asif, M, Optimization of location and size of opening in a pressure vessel cylinder using ANSYS, Engineering Failure Analysis, UK, 15 (2008) 1–19 [impact factor 2.157]
8. M. Javed hyder, Determination of Mode of Damage using the Electrical Potential Method during Creep Fatigue Interaction, ASME Journal of Engineering Materials and Technology, 248-252, April 2006 [impact factor 0.828]
9. 9. Mirza,Nasir M., Rafique, M. , Hyder,M. J., and Mirza,Sikander M., Simulation of Corrosion Product Activity for Nonlinearly Rising Corrosion on Inner Surfaces of Primary Coolant Pipes of a Typical PWR under Flow Rate Transients, Applied Radiation & Isotopes, volume 62, issue 5, pages 681-692, May (2005).[impact factor 1.123]
10. 10. Syed Asfandyar, Muhammad Rafique, Rizwan Ullah, Manzoor Ahmed, Ali Hasnain Syed, Mohammad Javed Hyder Design optimization of a solar burner using the finite element package ANSYS Science International (Lahore),17(4),265-268, 2005
11. 11. Mirza, Nasir M., Rafique, M. , Hyder, M. J., and Mirza, Sikander M., Computer Simulation of Corrosion Product Activity in Primary Coolants of a Typical PWR under Flow Rate Transients & Linearly Accelerating Corrosion, Annals of Nuclear Energy, volume 30, issue 7, pages 831-851, May (2003).[impact factor 1.020]
12. 12. M. Javed Hyder, Tensile Test analysis using Reversing DC Electrical Potential Method, Operation Maintenance & Material Issues, Vol 2, Issue 3 , Dec 2003.
13. 13. Mohammad Javed Hyder, Entropy as Maximum available work, Science, Technology, and Development, Vol. 21, No 3, 2002 19-21.
14. 14. M. Javed Hyder, L.F. Coffin, and D. A. Woodford, A Novel Theoretical Model of Stress-Electrical Potential Hysteresis Loop during Fatigue, Material Science and Technology, Nov, 1999, Vol. 15, 1335-1337 [impact factor 3.609]
15. 15. David A. Woodford, Donald R. VanSteele, and Mohammad Javed Hyder; Measurement of Creep Damage in 2.25 Cr-Mo Steel, Material Science and Technology, May 1992, Vol. 8 443-447. [impact factor 3.609]
16. 16. David A. Woodford, Donald R. VanSteele, and Mohammad Javed Hyder; Tensile Stress Relaxation of Alumina at High Temperature, Journal of American Ceramic Society, 1991, Vol. 74, issue 12, pages: 3142-3144. [impact factor 2.956]
17. Mohammad Javed Hyder, A Study of Fatigue Damage using the Electrical Potential Method, Ph.D. Thesis submitted, 1991, to Rensselaer Polytechnic Institute (RPI), Troy NY, USA.
18. M Usman, S A Janjua, M A Aleem and M J Hyder; Study of Near Infrared Absorption Spectroscopy of Selected Pairs of Organic Solvents for Quality Control Applications, The Nucleus, Vol 47, No. 4, 2010, 273-278
19. F H Asghar , and M J Hyder; Computational Study of Film Cooling effectiveness for a Comparison of Cylindrical, Square and Triangular Holes of Equal Cross-Sectional Area, Mehran University Research Journal of Engineering and Technology, Vol 29, No. 4, Oct 2010, 541-556
20. Irshad Ahmad and Mohammad Javed Hyder; Solar Based Water Treatment Technologies, Science Vision, Nov. 5(3), Jan-Mar. 2000, 15-19.
21. Mohammad Javed Hyder; Pressure Energy and Definition of Enthalpy, Science, Technology, and Development, Vol. 18, No 2, April-June 1999 47-49.
22. 22. Mohammad Javed Hyder and David A. Woodford, Development of Bimetal Test Specimen for testing materials at high temperature, Pakistan Journal of Scientific & Industrial Research, Pakistan, Vol 38, No. 7, July 1995. 241-245
CONFERENCE PUBLICATIONS
1. Usman Tariq Murtaza and M. Javed Hyder, Design by analysis versus design by formula of a PWR reactor pressure vessel, International MultiConference of Engineers and Computer Scientists 2015, Hong Kong, China, 18-20 March 2015
2. Engr. Dr. M. Javed Hyder, Asim Nawaz Study the Effect of Turbulence Intensity on Film Cooling Effectiveness of Trenched and Cylindrical Holes, IBCAST 2011
3. Engr. Dr. M. Javed Hyder, Mansoor Ahmed Khan Study of Effect of Hole Shape on Film Cooling Effectiveness, IBCAST 2011
4. Engr. Dr. M. Javed Hyder, Rehman Afzal Effect of Turbine Blade Deflection on Inlet and Outlet Angles IBCAST 2011.
5. F. H. Asghar and M. Javed Hyder Effect Coolant-to-Free stream Blowing Ratios and Boundary layer Thicknesses on the Film Cooling Adiabatic Effectiveness, IBCAST 2009
6. M Javed Hyder and Hafiz Laiq Ur Rehman Calculation of Thermal and Structural Stresses of the Gas Turbine Blade and Disk, IBCAST 2009
7. 29. Hyder, M. J., Asghar, Fayyaz H., Optimization of coolant supply geometry for maximum cooling of turbine blade, IBCAST 2007.
8. 30. Hyder, M. J., and Hafiz Laiq_ur_Rehman, Optimization of axial flow turbine blade profile, IBCAST 2007.
9. 31. Rana I. Shakoor, Imran R. Chughtai, Shafaat A. Bazaz, Muhammad J. Hyder, Masood_ul_Hassan, Numerical Simulations of MEMS Comb-Drive Using Coupled Mechanical and Electrostatic Analyses, 17th International Conference on Microelectronics 2005, held by IEEE, University of Waterloo and UET Taxila from 11-13 Dec 2005
10. 32. M. Javed Hyder and Hassan Waqas, Cycle by Cycle Analysis of Creep Behaviour during Creep Fatigue Interaction,, International Conference on Frontier of Advance Engineering Materials, 20-22 Sept 2004, Lahore.
11. 33. M. Javed Hyder and Hassan Waqas, Creep of Lead-Tin 60/40 Solder using DC Electrical Potential Method, 8th International Symposium on Advance Materials, September 2003.
12. 34. Mohammad Javed Hyder, David A. Woodford, and Louise F. Coffine, A study of Fatigue Damage using Electrical Potential Method, Proceedings of 3rd International Conference on Low Cycle Fatigue and Elasto-Palstic Behaviour of Materials, Sept. 1992, Berline, Federal Republic of Germany.
13. Muhammad Shehzad and M. Javed Hyder Gas Turbine Design and Fabrication with Blade Pitch Flexibility , Symposium on Advancements in Mechanical Engineering (SAME), DME, PIEAS. 1-2 October 2014
14. Usman Tariq Murtaza and M. Javed Hyder, Methodology to analyze 3-D curved surface cracks using hybrid finite elements, International young engineers convention, Lahore, Pakistan, 18-20 April 2014
15. M Javed Hyder, Zero Failure Design Methodology, International young engineers convention, Lahore, Pakistan, 18-20 April 2014
16. M Javed Hyder and Ejaz Jamil, Thermal Analysis of Fuel Rod of PWR International young engineers convention, Lahore, Pakistan, 18-20 April 2014
17. M Javed Hyder and Waqqas Ahmad, Steam Turbine Labyrinth Seal Design using ANSYS Workbench, International young engineers convention, Lahore, Pakistan, 18-20 April 2014
18. M Javed Hyder and A Zulfiqar, Heat Transfer Analysis of Out let Nozzle of PWR Core, International young engineers convention, Lahore, Pakistan, 18-20 April 2014
19. M Javed Hyder and Rahat Saeed, Effect of Rotor Speed on Shaft Power of Single Stage Axial Flow Gas Turbine International young engineers convention, Lahore, Pakistan, 18-20 April 2014
20. 42. M. Javed Hyder and Fayyaz H. Asghar, Comparison of Cylindrical, Square and Rectangular Film Cooling Holes on Film Cooling Adiabatic Effectiveness, Proceedings of National Research Conference, Pakistan, June 2007.
21. 43. Hyder, M. J., and Khan, M. Omair., Development of novel method for the selection of material for axial flow compressor blade, FEMS (22-23 Oct. 2007)
22. 44. Hyder, M. J., and Hafiz Laiq-ur-Rehman, Stress distribution in the gas turbine blade, FEMS (22-23 Oct. 2007)
23. 45. M. Junaid Ahmad, M. Aftab Rafiq, M. Javed Hyder, and Abdul Ghani Akram, Static and Elastic Finite Element Formulation of Structures using Isoperimetric Quadrilateral Element, 9th National Symposium on Frontiers in Physics, January 28-30, 2003, at the Government College University, Lahore
24. 46. M. Javed Hyder; Electrical Potential Method; Tool for the Study of Mechanical Behaviour of Materials, Proceedings of 1st National conference on Engineering Profession, Jamshoro, March 2000, 5-6.
25. 47. Mohammad Javed Hyder and M. Daniel Saeed, Application of Electrical Potential Method for Creep Study, Proceedings of 11th National conference on Engineering Fracture Mechanics, May 1996, Mehran University of Engineering & Technology, Jamshoro.

Other Members