Dr. Muhammad Rizwan Shad

Dr. Muhammad Rizwan Shad

Dr. Muhammad Rizwan Shad

Dean, Faculty Of Engineering

Ext: 157

Dr. Muhammad Rizwan Shad is working as Dean of the Faculty of Engineering at UCP, Lahore. He holds PhD from the University of INSA, Toulouse, France with specialization in Applied Mechanics. His research work was in linear and nonlinear rotor-dynamics and composite rotors. He obtained his Master’s, degree in Mechanical Engineering from INSA/SUPAERO, France. During his Masters, he conducted research on nonlinear auto parametric systems. He has been a member of some of the highly ranked research groups in France like Institute Clament Ader (ICA) and LGMT. He has presented his work in international conferences and has also published in impact factor journals. In Pakistan, he has been educated in institutes like UET Lahore, Govt. College Lahore, and Sadiq Public School, Bahawalpur. He is a profound professional having industrial as well as research experience. His area of interest includes: Applied Mechanics, Engineering Failure Analysis, Fracture and Fatigue and Mechanical Vibrations. He also has expertise in the implementation of Outcome Based Education & Assessment System and has provided trainings to various departments.

PhD Mechanical Engineering Applied Mechanics INSA Toulouse France 2011
M.Sc Mechanical Engineering INSA Toulouse France 2007
B.Sc Mechanical Engineering UET, Lhr 2003
F.Sc Pre-Engineering GC University Lhr 1998
Matriculation Science Sadiq Public School, Bahawalpur 1996
Associate Professor- HOD FOE-UCP 2011 to date
Research Scholar Institute Clamer Ader- INSA Toulouse France 2007-2011
Assistant Manager Projects Division SUPARCO, Pakistan 2003-2006
1Muhammad Rizwan Shad and Faiz ul Hasan, Failure Analysis of Tractor’s Wheel Axle, Journal of Failure Analysis and Prevention, December 2018, Volume 18, Issue 6, pp. 1631–1634. DOI: 10.1007/s11668-018-0561-y.
2Muhammad Rizwan Shad and Faiz ul Hasan, Failure of Giant Wheel Ride at an Amusement Park, Lecture Notes in Mechanical Engineering, Springer Nature, 2018, pp. 371-378. ISBN: 978-981-13-0410-1. DOI: 10.1007/978-981-13-0411-8.
3Muhammad Asim, Saqib Jamil, Rizwan Shad, Comparison of Reanalysis, Analysis and Forecast datasets with measured wind data for a Wind Power Project in Jhimpir, Pakistan, Journal of Physics, volume 1102 issue 1, 2018.
4 S. Imran, F. Noor and R. Shad, Analysis of Fin Tip Temperature and Fin Efficiency for Different Fingeometries and Materials Using Abaqus, The Nucleus 52, No. 1, 2015, pp. 20-24.
5S. Imran, F. Noor and R. Shad, Prediction of heat release rate and NOx emissions using an unsteady flamelet model approach for a compression ignition engine, JPIChE 43 (1) 2015: 21-36.
6R. Shad, G. Michon, A. Berlioz, 2011,Modélisation et analyse du comportement dynamique nonlinéaire des rotors, INSA Toulouse France.
7Muhammad Rizwan Shad, Guilhem Michon and Alain Berlioz, Nonlinear Dynamics of Rotors due to Large Deformations and Shear Effects, Applied Mechanics and Materials, Vol 110-116 (2012), pp 3593-3599. DOI: 10.4028/www.scientific.net/AMM.110-116.3593.
8R. Shad, G. Michon, A. Berlioz, 2011, “A study of the dynamic behavior of geometrically nonlinear shaft-disk rotor systems using analytical and numerical approaches”, Mécanique & Industries, 2011.
9R. Shad, G. Michon, A. Berlioz, 2010, “Modeling and Analysis of Nonlinear Rotor dynamics due to Higher Order Deformations in Bending”, Journal of Applied Mathematical Modeling.
10R. Shad, G. Michon, A. Berlioz, 2010 “Nonlinear Dynamics of Rotors due to Large Deformations and Shear Effects”, in Proceedings of the International Conference on Aerospace and Mechanical Engineering (ICMAE), Kuala Lumpur, Malaysia, pp. 100-104. ISBN: 978-1-4244-8770-7.
11M.R. Shad , G. Michon and A. Berlioz. Analytical and numerical investigations of nonlinear dynamics of rotors taking into account the effect of dynamic axial force and shear deformations. Proceedings of XVIIth Symposium of Vibration Shock and Noise, Lyon, France 2010.
12Naseem Abbas, Muhammad Rizwan Shad, Muzamil Hussain, Fabrication and characterization of silver thin films using physical vapor deposition, and the investigation of annealing effects on their structures, Materials Research Express, 2019,Volume 6, Number 11. DOI : http://dx.doi.org/10.1088/2053-1591/ab4c4f.
13Muhammad Rizwan Shad and Faiz ul Hasan, Analysis of Weld Failure on a 90 degree Bend in a 24 inch dia high pressure gas pipe line, submitted.
14Muhammad Rizwan Shad and Faiz ul Hasan, Stress Corrosion Failure of 18 inch high pressure gas transmission pipeline, submitted.

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