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Dr. Bhupendra Kumar Sharma

Professor, Department of Mathematics,
BITS Pilani, Pilani Campus

Computational Fluid Dynamics, Mathematical Modeling of Bio-Fluid, Numerical Solution of Differential Equations
Chamber No. 6067-F
Department of Mathematics, Birla Institute of Technology & Science, Pilani- 333031, Rajasthan. India.

 

Field of Research

Computational Fluid Dynamics
  • Heat and Mass Transfer
  • MHD
  • Porous medium
  • Newtonian Fluids
  • Non- Newtonian Fluids
  • Laminar Flow
  • Nano fluids
Modeling of Bio-Fluid
  • Arterial Blood flow
  • Magnetic Targeting drugs delivery
Differential Equations
  • Numerical Solutions of ODE
  • Numerical Solutions of PDE 
Financial Mathematics
  • Mathematical Modeling and Methods of Option Pricing 
Note:

Interested candidates are welcome to join my research group. Candidate having own fellowship (CSIR/UGC-JRF etc.) can join anytime in a year. Contact me by sending CV on bksharma@pilani.bits-pilani.ac.in.

Ph.D. Supervision

Ongoing:
  1. Ms. Rishu Gandhi (OVDF Fellow, Purdue University (1August 2023- 31 July 2024)
  2. Mrs. Poonam
  3. Mr. Anup Kumar
  4. Ms. Rekha
  5. Mr. Ashish Saini (Notional Supervisor)
  6. Ms. Tina Jangir (Notional Supervisor)
  7. Mr. Ramkishan Nehra (Notional Supervisor)
 Completed: 
  1. Dr. Umesh Khanduri
  2. Dr. Chandan Kumawat
  3. Dr. Bhavya Tripathi
  4. Dr. Swati Sharma 

M.Sc./B.E. Thesis Supervised

  • Ankur Kumar (2013B4A1786P): Analysis of nanofluid flow and heat transfer characteristics over heated angled square cylinder: effect of orientation of cylinder and external magnetic field 

  • Grandhi Naga Veerendra (2012B4A4731P): Numerical Simulation of compressible two phase flow with phase change.
  • Vikas Kushwaha  (2011 B4A1694), 2nd Sem 2015-16: Mathematical Modelling of Blood Flow in a Tapered Artery with Mild Stenosis under the influence of Transverse Magnetic Field.
  • Gampa Anirudh (2011B4A4566P), 1st Sem 2015-16: Theoretical analysis of metallic nanoparticles on blood flow through stenosed arteries with permeable walls.
  • Nithin Saji (2010B5A7536P), 2015: Computational study of blood flow through arteries.
  • Pranjal Prabhash (2009B4A1710P), 2014: Computational investigation of heat and mass transfer by mixed convection flow of nano fluids.
  • Nitin Khandelwal (2009B4A1654P), 2014:  Numerical simulation of blood flow in presence of magnetic field.
  • Eshu (2005B4A3425P), 2011: Contribution of Isaac Newton to science and mathematics in the seventeenth century.

M.Sc./B.E. Projects Supervised

  • Anand Morlawar (2014B4A20813P): Metallic nano-particles influence on blood flow through a catheterized stenotic artery.
  • Divyanshu Goyal (2014B4A40694P): Examination of blood flow through stenosed arteries.
  • Salil Bhandari (2013B4A8796P): Transient non-newtonian blood flow under magnetic targeting drug delivery in an aneurysm blood vessel with porous walls.
  • Amol Shrivastava (2013B4A40775P): Numerical simulation of heat transfer of nanofluid in a square cylinder.
  • Divyanshu Goyal (2014B4A40694P): Study of heat transfer augmentation in lid-driven square cavity with nanofluids
  • Anand Morlawar (2014B4A20813P): Numerical investigation of cuo-water nanofluid flow and heat transfer across a heated square cylinder under the influence of gravitational and magnetic field.  
  • Akash Panigrahi  (2013B4A4768P): Magnetohydrodynamics mixed convection flow of micropolar liquid due to nonlinear stretched sheet with convective condition.
  • Manan Singhal (2014B4TS966P):  Study of non-Newtonian arterial blood flow with stenosis.
  • Rasal Kumar (2014B4A8801P): Study of MHD Flow of micropolar fluid due to curved stretching sheet with thermal radiation.
  • G. Ashwin (2014B4TS960P): Numerical study for pulsatile flow of blood in a tapered artery with stenosis.
  • Ashwin Gupta (2014B4A4567P): Metallic nano-particles influence on blood flow through a catheterized stenotic artery.
  • Sudarshan Vijay (2013A1TS541P): Modelling flow of nano-fluids in heat exchange applications.
  • Varun Jain (2012B4A1652P): Flow of a biomagnetic viscoelastic fluid with special reference to blood flow.
  • R Pavan (2012B4A4511P): Hall & Soret effect on chemically reacting MHD micropolar fluid.
  • Akshat Khandelwal (2012B4A4623P): Blood flow of nano fluid through an artery with composite stenosis and permeable wall.
  • Divyam Jain (2012B4A1677P), Summer 2015: Effect of chemical reaction and radiation on magnetic blood flow with variable viscosity.
  • Yash Tabhi (2012B4A1634) Summer 2015: Radiation and chemical reaction effect n on magnetic blood flow.
  • S Ashwath Balaje (2011B4A1720P), 2015: Magneto-hydrodynamic analysis of blood flow considering rotation of micro-particles of blood.
  • Gampa Anirudh (2011B4A4566P), 2015: Influence of heat and mass transfer on blood flow through a tapered artery with stenosis.
  • Rohit M Tipnis (2011B4A4634P), 2015: Modeling of bio-magnetic micro-polar blood flow.
  • Akul Bajaj (2011B4A4698P), 2015: Mathematical modeling of blood flow through arteries in the presence of magnetic field.
  • Anantim Raj (2011B4A4693P), 2015: Mathematical analysis of arterial blood flow with heat and mass transfer.
  • Jesin Roy, 2014: Finite Difference Method for Solving Coupled Partial Differential Equations.