STUDENTS

          

                     PhD Thesis Supervision

 

Name

Institute

Completion

Thesis Title

Ashar Abdullah

IIT Kanpur

In-progress

Experimental Investigation of Unsteady Cascade Flow. 

Shubham Katiyar

IIT Kanpur

In-progress

LES on Flow and Heat Transfer on Compressor Blade. 

Anjali Dwivedi

IIT Kanpur

In-progress

Aero-thermal Investigation of LPT Blade. 

Pradeep Singh

IIT Kanpur

In-progress

Effect of Surface Roughness on Separated Boundary Layer. 

K. Muralidhar Nair

IIT Kanpur

2015

Self-sustained Cavity Oscillations in Compressible Flow and Associated Acoustics. 

K. Anand

IIT Kanpur

2015

Laminar Separation and Transition of Flow Over a Constant Thickness Aerofoil Model for Wide Range of Angle of Attack and Pressure Gradient.

A. Samson Ratna Kumar

IIT Kanpur

2014

Experimental Investigations on Excitation of a Laminar Separated Shear Layer over a Leading Edge.

Harish Babu

IIT Kanpur

2014

Effect of Periodic Wake on Leading Edge Flow and Heat Transfer through LES.

Nirmal Kant Singh

IIT Kanpur

 2012

Prediction and Control of a Laminar Separation Bubble.

Pankaj Saha

IIT Kanpur

 2012

Analysis of flow and heat transfer in a channel with periodically placed built-in vortex generators in laminar and turbulent regimes.

Sudipto Sarkar

IIT Kanpur

2009

LES of Wake Boundary layer Interactions using Immersed Boundary Methods.

Sudipta De

IIT Kanpur

2004

Numerical Simulation of Vortex Induced Instability.

     

               Masters Thesis Supervision

 

Name

Institute

Completion

Thesis Title

Ankit Verma

IIT Kanpur

In-progress

Sonalika Srivastava

IIT Kanpur

In-progress

Amritansh Aishwarya

IIT Kanpur

In-progress

Tankala Srikanth

IIT Kanpur

In-progress

Shubham Singhal

IIT Kanpur

2016

Transitional Flow and Thermal Field Past a Two Dimensional Hill.

Vinay Prasad

IIT Kanpur

2016

Aero-Thermal analysis of flexible Foil Air Thrust Bearing.

Kiran Shahu Jadhav

IIT Kanpur

2016

Stability Analysis of a Separated Boundary Layer near Leading Edge of an Aerofoil.

Swati Singh

IIT Kanpur

2015

Simulation of Conjugate Heat Transfer from a Continuously Moving Horizontal Plate to Nanofluids using a Homogeneous Flow Model.

Vivek Milind Wasnik

IIT Kanpur

2014

Study of Flow Structures in a Jet-Crossflow Interaction Subjected to Different Configurations of Injection Port.

Md.Sharique Bin Mansoor

IIT Kanpur

2014

Active Control of Cavity Oscillations by Synthetic Jet for Subsonic and Supersonic Flows.

Prateek Singh

IIT Kanpur

2013

Large Eddy Simulation of Compressible Flow Over Three Dimensional Cavity.

Ganesh Ranakoti

IIT Kanpur

2013

Effect of an Upstream Vortex Generator on Film Cooling Effectiveness.  

S. Sanjay

IIT Kanpur

2012

Control Of Flow Oscillations In An Open Cavity Using Fence and Ramps.  

G. Saurav Sanjeev

IIT Kanpur

2012

Effect of The Reynolds Number on Flow Over a Low Pressure Turbine Blade.  

Ragavendra Pratap Singh

IIT Kanpur

2012

Large Eddy Simulation Of Incompressible Flow Over Three Dimensional Rectangular Cavity.

Prateek Sharma

IIT Kanpur

2011

Flow and Heat Transfer Past Bluff Body and Ribbed Channel with Lattice Boltzmann Modeling.

P. Dilip Lalchand

IIT Kanpur

2011

Ground Effect on an Inclined Elliptic Cylinder in Proximity of A Moving Wall.  

Rajib Mandal

IIT Kanpur

2011

Large Eddy Simulation of Control of Flow Oscillations in an Open Cavity Using Synthetic Jet.  

Saikat Das

IIT Kanpur

2011

Aero-thermal Analysis of a Film-cooled Rotating Turbine Blade.  

Arijith Hazra

IIT Kanpur

2011

Effect of Angle of Incidence on Fluid Flow and Heat Transfer Over A Turbine Blade.  

Saunak Sengupta

IIT Kanpur

2011

Two-Dimensional Simulation of Compressible Flow Past An Open Cavity.  

Ch. NIranjan Reddy

IIT Kanpur

2010

LES of Flow Separation and Its Control over a Flat Plate with Semi-Circular Leading Edge using Immersed Boundary Method. 

B. L. Yashwanth

IIT Kanpur

2010

Large Eddy Simulation of Flow Oscillations in an Open Cavity and Its Control. 

Jasim Sadique

IIT Kanpur

2010

Interactions of Separation Bubble With Oncoming Wakes by LES.

Prashant Gupta

IIT Kanpur

2010

Aero-Thermal Analysis of a Film Cooled Turbine Blade. 

Gaurav Gupta

IIT Kanpur

2008

A Study of Laminar Separation Bubble.

Antanu Sadhu

IIT Kanpur

2007

LES of Flow within a Compressor Cascade Passage.

D. S. Kulkarni

IIT Kanpur

2007

Prediction of aerofoil characteristics for a wide range of angle of attack using different turbulence models.

Md. Danish

IIT Kanpur

2007

Compressible flow solver for all speeds.

Satish Kumar Dhurandhar

IIT Kanpur

2007

Prediction of flow and heat transfer over turbine blades.

Ajoy Patra

IIT Kanpur

2007

Electrostatic and intermolecular interaction induced instabilities in thin viscoelastic films

Rahul Sharma

IIT Kanpur

2006

LES of flow over an aerofoil at low Reynolds number.

Neelesh Tantway

IIT Kanpur

2006

Aerodynamic Analysis of Foil Bearing.

Uttam Rana

IIT Kanpur

2005

Large Eddy Simulation of a Laminar Separation Bubble.

Arindam Mukherjee

IIT Kanpur

2001

Prediction of Wake Induced Unsteady Flow and Heat Transfer in a Turbine Cascade.

Indradeep Ghosh

IIT Kanpur

2001

A Compressible Navier-Strokes Solver for LES.

Shantanu. Pramanik

IIT Kanpur

2000

Jet Cross Flow Interaction: Development of an Experimental Setup and Parametric Studies.

Sandip Dhar

IIT Kanpur

2000

Transitional Flow Simulation over Turbine Blades with Higher Order Turbulence Models.

Debashis Basu

IIT Kanpur

1999

Development of a Three-Dimensional Flow Solver with Multigrid algorithm for Turbomachinery Applications.

Kaushik. Das

IIT Kanpur

1999

Turbine Blade Film Cooling: A Navier-Stokes Analysis.

R. Mahesh Kumar

IIT Kanpur

1998

Numerical Simulation of Film Cooling applicable to Gas Turbine Blades.

R. Sahoo

B.E. College

1997

Numerical Study of Turbomachinery Flows.

Sudipta De

B.E. College

1997

Development of a Flow Solver Using Flux Vector Splitting Algorithm.

K. B. Padhi

B.E. College

1996

Development of a Flow Solver for Compressible Flows.

B. Banerjee

B.E. College

1992

Design and Performance Prediction of High Specific Speed Mixed flow Impellers.