Sl.No. |
Name of the student |
Duration |
Co-Supervisor |
Project title / research area |
---|---|---|---|---|
1. |
U. Madhava Krishna |
2006-2007 |
Prof. A. Dewan |
Numerical investigation of coupled heat and mass transfer in metal hydride based hydrogen storage device. |
2. |
A. Harish |
2006-2007 |
Prof. S.C. Mishra |
Heat and mass transfer studies in metal hydride based thermal storage system. |
3. |
ManvendraUmekar |
2006-2007 |
Dr. M. K. Das |
Parametric studies of a metal hydride based hydrogen storage device. |
4. |
C.J. Leeju |
2007-2008 |
- |
Measurement of PCT characteristics of metal hydrides. |
5. |
S.V.Ramana |
2007-2008 |
- |
Effect of variable convective boundary conditions on the performance of metal hydride based hydrogen storage reactor. |
6. |
D.V.N. Lakshmi |
2007-2008 |
- |
Analysis of sorption cascade heat pump for continuous cold generation |
7. |
T. Sreedhar Reddy |
2007-2008 |
- |
Coupled heat and mass studies in metal hydride based hydrogen storage device. |
8. |
L.G. Kiran Kumar |
2008-2009 |
|
Modeling of metal hydride based thermal storage device |
9. |
Kishore K.Patel |
2008-2009 |
- |
Modeling of metal hydride based hydrogen compressor |
10. |
RiturajSaikia |
2008-2009 |
- |
Experimental investigation of metal hydride based thermal storage device |
11 |
Rajesh Reddy |
2008-2009 |
Prof. A. Dewan |
Experimental studies on porous medium combustion |
12 |
B.Satya Sekhar |
2009-2010 |
- |
Performance tests on metal hydride based thermal energy storage systems |
13 |
Shyamkumar P. I. |
2010-2011 |
- |
Performance tests of a porous radiant burner used for LPG domestic cooking stove |
14 |
P. KarthickSelvam |
2010-2011 |
- |
Performance investigation of metal hydride based heat transformer |
15 |
Vipendra Kumar Tiwari |
2010-2011 |
- |
Experimental studies on metal hydride based cooling system. |
16 |
P. Suresh |
2011-2012 |
Prof. S.C. Mishra |
Experimental studies on metal hydride based hydrogen storage system |
17. |
Priyamrit Bora |
2011-2012 |
Prof. S.C. Mishra |
Performance tests of a porous radiant burner used for kerosene domestic cooking stove |
18. |
Vishal Ashok Ganore |
2011-2012 |
- |
Performance predictions of thermochemical heat storage systems |
19. |
Pailwan S. Prakash |
2011-2012 |
- |
Performance prediction of a metal hydride based heat transformer |
20. |
Likendra Prasad |
2012-2013 |
- |
Development of thermal energy storage system for solar thermal power plant applications |
21 |
R Jegathish Kumar |
2012-2013 |
- |
Thermal modeling of activated carbon-methanol adsorption refrigeration system |
22. |
Patel Pritesh Kumar |
2012-2013 |
- |
Studies on compressor driven metal hydride based heat pump |
23. |
Atul K Khobragade |
2013-2014 |
- |
Investigation of latent heat storage system using phase change materials |
24. |
Kiran N Bukke |
2013-2014 |
- |
Performance investigation of water cooled and air cooled condenser based a/c plants in a humid subtropical region |
25. |
Medipati C Sekhar |
2013-2014 |
- |
Studies on Compressor driven metal hydride based cooling systems |
26. |
Manojkumar S Patil |
2014- 2015 |
- |
Performance prediction of metal hydride based cooling system |
27. |
Mohd Imran |
2014- 2015 |
- |
Performance studies on compressor driven metal hydride based cooling systems. |
28. |
Ankit Kumar Shukla |
2014- 2015 |
- |
Studies on high temperature thermal energy storage systems for solar thermal power plant |
29. |
Sayantan Jana
|
2015- 2016 |
- |
Influence of geometric configuration on performance of compressor driven metal hydride based cooling system. |
30. |
J Sunku Prasad
|
2015- 2016 |
-- |
Performance investigations of high temperature cascade latent heat storage system. |
31. |
Ankit Varshney |
2015- 2016 |
Dr. C. Somayaji |
Performance Analysis of U-tube Evacuated tube solar collector |
32 |
Bhuvnesh Kumar |
2016- 2017 |
- |
Performance analysis of high temperature latent heat storage systems |
33 |
Kamleshkumarsingh |
2016- 2017 |
- |
Performance analysis of high temperature sensible heat storage systems |
34 |
Yashwant kumar |
2016- 2017 |
- |
Development and Performance investigation of hybrid solar dryer for drying chilli and ginger |
35 |
Malleswararao |
2017- 2018 |
- |
Studies on metal hydride based large scale hydrogen storage system |
36 |
Bharat Kumar |
2017- 2018 |
- |
Solar drying of Agricultural products |
37 |
Abhishek kumar Jaiswal |
2017- 2018 |
- |
Thermal Modeling of Novel High Temperature Latent Heat Storage System |
38 |
Mullapudi Joshi
|
2018- 2019 |
- |
Investigations of liquid desiccanthumidification system. |
39 |
KrishnenduBala
|
2018- 2019 |
- |
Solar drying of high value medicinal andagricultural products. |
40 |
DEEPAK KUMAR VERMA
|
2018- 2019 |
- |
Thermal modelling of Porous radiant burner used forLPG cooking applications.
|
41 |
Vishnu Kumar
|
2019-2020 |
- |
Numerical Investigations on High Temperature Latent Heat Storage System
|
42 |
Abhishek Parida
|
2019-2020 |
- |
Numerical Study of Metal Hydride Based Hydrogen Storage System
|
43 |
Mukesh Gupta
|
2019-2020 |
- |
Experimental studies on the drying characteristics of black ginger in electrical dryer and red chillies in a solar cabinet dryer with thermal storage unit
|
44 |
Mukul Tyagi
|
2019-2020 |
- |
Study on Multiphase Flow in Porous Media during Extreme Drilling Conditions
|
45 |
Praveen Thakur
|
2019-2020 |
- |
Numerical Investigation on Adiabatic Structural Packed Bed Liquid Desiccant Dehumidification System
|
46 |
Puja Koch (MS)
|
2019-2020 |
- |
Experimental and Numerical Studies on Mixed-Mode Forced Convection Solar Cabinet Dryer for Drying of Agricultural Products
|
47 |
Ashish Ranjan
|
2020-2021 |
- |
Thermal Management of Metal-Hydrogen System
|
48 |
Sirangu H. V. Satish
|
2020-2021 |
- |
Numerical analysis of a Porous Radiant Burner for medium scale LPG cooking applications
|
49 |
Umapathi N
|
2020-2021 |
- |
Nano-Enhanced Phase Change Material based Latent Heat Storage System for Heat Sink Application
|
50 |
Kamesh Pratap Singh
|
2020-2021 |
- |
Studies on solar driven liquid desiccant cooling system
|
51 |
Ila Abhay Kulkarni (MS)
|
2020-2022 |
- |
Design, Development and Testing of Novel Reactors for Hydrogen Storage and Excess Heat Generation
|
52 |
Mahajan Mahesh Rajmal (MS)
|
2020-2022 |
- |
Packed Bed Liquid Desiccant Dehumidification System with novel desiccant mixtures
|
53 |
Vishal Maurya (MS in E-Mobility)
|
2020-2022 |
Prof. Sisir Kumar Nayak |
Thermal Management of Li-ion Battery
|
54 |
Hemanth Krishna Kommu
|
2020-2022 |
- |
Studies on porous radiant burners for various practical applications.
|
55 |
Rajat Kapatia
|
2020-2022 |
- |
Numerical and Experimental studies on solar drying of moist object
|
56 |
Karanjeet Gohain
|
2020-2022 |
- |
Performance investigation and optimization of adiabatic packed bed liquid desiccant based air dehumidifier and regenerator
|
57 |
Rushikesh Chitte
|
2020-2022 |
- |
Numerical Study on Application of PCM in Closed Door Display Cabinet.
|
Number of B.Tech Students Guided at IIT Guwahati : 30