Dr. M. Sabeel Khan

Associate Professor

Dr. Khan holds a Promotion degree in Computational Mechanics and Applied Mathematics with distinction magna cum laude from Ruhr-University Bochum (RUB), Germany. He has a PostDoc in CFD at Institute of Energy Process and Engineering at RUB, Germany. He has attended and presented his research work at many international workshops, colloquium and conferences at different institutes of high prestige including summer school (CISM) on “Plasticity, computational inelasticity, phase transitions, and beyond” in Italy. He has more than ten (10) years of university teaching and research experience. He has published a large number high impact factor research articles in international journals of high repute. He is HEC approved PhD supervisor. He has produced a number of MS and PhD students in Finite Element Analysis, Numerical Analysis, Computational Mechanics and FSI. He has also won different funded research projects from HEC and involved in international research collaboration. His research interests include: Computational Mechanics of Solids, Extended Continuum Field Theories, non-Classical Continuum Theories, Eringen Field Theories, Mechanics of Fluid-Solid Interactions, Finite Element Analysis, Numerical Analysis, Modeling and Simulations, Coding with FreeFEM++ and FEniCS, Data driven solution for PDES, Neural PDEs and Machine Learning Algorithms.

PhD Computational Mechanics Ruhr-Universit¨at Bochum, Germany 2013
MSc Computational Mechanics Ruhr-Universit¨at Bochum, Germany 2009
Associate Professor Capital University of Science and Technology (CUST), Islamabad Since – 2022
Assistant Professor Department of Mathematics, Sukkur Institute of Business Administration Unviersity (SIBAU), Sukkur 2020 – 2021
Assistant Professor Department of Applied Mathematics and Statistics, Institute of Space Technology, Islamabad 2015 – 2019
1. Numerical Analysis
2. Computational Fluid Dynamics
3. Finite Element Analysis

Sr.Journal PublicationsYear
1MS Khan, A Rauf, (2022), On the Effective and Consistent Implementation of Complex Materials law in FreeFem++ within the framework of a Relaxed Micromorphic Continuum, In Preparation.2022
2MS Khan, I Khan, M Andualem, (2022), Computational heat transfer analysis of liquid food in a heat exchanger with varying stirrer settings in a non-classical continuum framework, Case Studies in Thermal Engineering.HEC Recognized as ’W’; Q1. Under Review2022
3MS Khan, MAMemon, B Ebenezer, (2022), Investigation of relaxation time on viscoelastic two-dimensional flow characteristics using FreeFem++, Journal of Mathematics, 2022 (4977793), 1-15. HEC Recognized as ’W’; Q32022
4N.H. Hajano, MS Khan, Lisheng Li, (2022), A Monolithic Eulerian Formulation for non-Classical Fluid- Structure Interaction (nCFSI): Modeling and Simulation, arXiv: 2204.035302022
5N.H. Hajano, MS Khan, Lisheng Li, (2022), Numerical Study of Cosserat Fluid-Structure Interaction in a Monolithic Eulerian Framework, arXiv:2203.164932022
6MB Hafeez, MS Khan, IH Qureshi, J Alebraheem, A Elmoasry, (2021), Particle rotation effects in Cosserat-Maxwell boundary layer flow with non-Fourier heat transfer using a new novel approach, Scientia Iranica 28(3), 1223-1235. HEC Recognized as ’W’; Q22021
7Muhammad Sabeel Khan, (2020), A new viscosity constitutive model for generalized Newtonian fluids using theory of Micropolar continuum, Contemporary Mathematics 1(3), 1-152020
8Muhammad Sabeel Khan, Hajra Kaneez, (2020), Numerical computation of heat transfer enhancement through Cosserat hybrid nanofluids using continuous GalerkinPetrov method, The European Physical Journal Plus 135 (2), 218. HEC Recognized as ’W’; Q22020
9Muhammad Sabeel Khan, (2019), On the observation of extended microstructures and localized deformations in granular materials – a feature of exact quasi-convex energy envelope, Latin American Journal of Solids and Structures 16 (4), 1-252019
10Muhammad Sabeel Khan, (2019), Analytical results for the equilibrium configurations of a three-phase elastic material, American Institute of Physics Advances 9 (2), 025119.HEC Recognized as ’X’; Q32019
11Muhammad Sabeel Khan, (2019), Martensitic detwinning microstructures in crystalline materials – mechanical modeling with exact computation of relaxed energy: a time incremental formulation, American Institute of Physics Advances, 9, 0650122019
12M. Ijaz Khan, M. Sabeel Khan, A. Gonzalez Araya, (2019), Linear stability characteristics of the pressuregradient driven flow confined in concentric cylinders with the rotation of outer cylinder and translation of inner cylinder, American Institute of Physics Advances, 9, 065013.2019
13Muhammad Sabeel Khan, Muhammad Ijaz Khan, (2018), A Novel Numerical Algorithm based on Galerkin- Petrov Time-Discretization Method for Solving Chaotic Nonlinear Dynamical Systems, Nonlinear Dynamics 91 (03), 1555-1569. HEC Recognized as (’W’; Q1)2018
14Muhammad Sabeel Khan, Taimoor Dil, (2018), A non-Fourier approach towards the analysis of heat transfer enhancement with water based nanofluids through a channel, American Institute of Physical Advances 8 (5), 0553112018
15Sabeel M. Khan, Danish A. Sunny, M. Aqeel, (2017), A variational numerical method based on finite elements for the nonlinear solution characteristics of the periodically forced Chen system, European Physical Journal Plus 132:395. HEC Recognized as ’W’; Q22017
16M. Sabeel Khan, T. Dil, (2017), Heat transfer enhancement of automobile radiator using H2OCuO nanofluid, AIP Advances 7, 0450182017
17Sabeel M. Khan, M. Hammad, S. Batool, H. Kaneez, (2017), Investigation of MHD effects and heat transfer for the upper-convected Maxwell (UCM-M) micropolar fluid with Joule heating and thermal radiation using a hyperbolic heat flux equation, European Physical Journal Plus 132:158. HEC Recognized as ’W’; Q22017
18Muhammad Sabeel Khan, Hajra Kaneez, (2017), Nonlinear vibration analysis of Euler-Bernoulli beams by using continuous Galerkin-Petrov time-discretization method, Latin American Journal of Solids and Structures 14 (09), 1695-17092017
19Sabeel M. Khan, M. Hammad, and D.A. Sunny, (2017), Chemical reaction, thermal relaxation time and internal material parameter effects on MHD viscoelastic fluid with internal structure using the Cattaneo-Christov heat flux equation, European Physical Journal Plus 132: 338. HEC Recognized as ’W’; Q22017
Vollmari K, Khan M.S., Kruggel-Emden H., (2015), Numerical and Experimental investigation of the pressure drop in packings of spherical and non-spherical particles, AIP (American Institute of Physics) Conf. Proc. 1648, 400002. (doi:10:1063=1:4912622).
Kravets B, Khan M.S., Kruggel-Emden H., (2015), Development and applicaton of thermal Lattice Boltzmann scheme, AIP (American Institute of Physics) Conf. Proc. 1648, 400003. (doi:10:1063=1:4912623).
Khan M.S., Hackl K., (2013), A constitutive model for granular materials with microstructures using the concept of energy relaxation. Proc. Appl. Math. Mech. 13, 187-188. (doi:10:1002=pamm:201310089).
Khan M.S., Hackl K., (2012), Prediction of microstructure in a Cosserat continuum using relaxed energies. Proc. Appl. Math. Mech. 12, 265-266. (doi:10:1002=pamm:201210123).
Hackl K, Khan M.S., (2013), A constitutive model for granular materials with microstructures using the concept of energy relaxation. 8th German-Greek-Polish Symposium, Recent Advances in Mechanics, Book of Abstracts 44-45. (ISBN 978-3-88722-739-5).

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