S. Sunil Kumar - Me.cet.ac.in - College of Engineering Trivandrum

NAME
DESIGNATION
FIELDS OF INTEREST
EDUCATION
: S. Sunil Kumar
: Assistant Professor
: Cryogenic heat transfer, Refrigeration and air
conditioning, Heat exchangers
2013 Ph.D Thesis submitted at Cryogenic Engg Centre, IIT, Kharagpur
2000 M Tech in Mechanical Engineering, TKM College of Engineering, Kollam, University
of Kerala, Kerala
1993 B Tech in Mechanical Engineering, College of Engineering, Trivandrum, University of
Kerala, Kerala
PERSONAL INFORMATION:
Date of Birth : May 17, 1971
Sex
: Male
Marital Status : Married
Nationality : Indian
Email : ssunilcet@yahoo.com
LIST OF PUBLICATIONS:
International journals
1. Sunil Kumar S, Nandi TK. Fabrication of Perforated plate heat exchangers, Journal of
machining and forming technologies. 2012; 5:1-2; Nova Science Publishers (in press).
2. Ratna Raju L, Sunil Kumar S, Nandi TK. An experimental set up for performance
evaluation of perforated plate heat exchangers at cryogenic temperatures. International
journal of advanced materials manufacturing and characterization 2012; 1:133-37.
Indian journals

1. Sunil Kumar S, Nandi TK. A numerical model for prediction of effective thermal
conductivity of perforated plates in matrix heat exchangers. Ind J. Cryogenics 2009; 34:1-
4: 202-7.
2. Sunil Kumar S, Nandi TK. Heat transfer and flow friction studies on perforated plates
using Fluent. Ind J. Cryogenics 2012; 37:1-4:73-77.
Conference presentations
1. Sunil Kumar S, Nandi TK, A numerical model for prediction of effective thermal
conductivity of perforated plates in matrix heat exchangers. National Symposium on
Cryogenics, NSC 22; 4-6 Dec, IISC Bangalore, India: 2008.
2. Sunil Kumar S, Nandi TK, Effective thermal conductivity of perforated plates for design
of matrix heat exchangers. Proc. of International Conference on Advances in Mechanical
Engineering, 15-17 Dec, Sardar Vallabhbhai National Institute of Technology, Surat,
Gujarat, India: 2008.
3. Sunil Kumar S, Nandi TK, Fabrication of Cu-SS matrix heat exchangers by diffusion
bonding-A review. Proc. of National Conference on Technological Trends, NCTT 9; 21-22
Nov, College of Engineering, Trivandrum, India: 2008.
4. Sunil Kumar S, Nandi TK, Three dimensional modeling of matrix heat exchangers. Asian
Conference on Applied Superconductivity and Cryogenics, Matsue, Japan: 2009.
5. Sunil Kumar S, Nandi TK, Heat transfer and flow friction studies on perforated plates
using Fluent. National Symposium on Cryogenics, NSC 23; NIT Rourkela, India: 2011.
6. Ratna Raju L, Sunil Kumar S, Nandi TK, An experimental set up for performance
evaluation of perforated plate heat exchangers at cryogenic temperatures. International
Conference on Materials Manufacturing and Characterization, 8-10 March, Gokaraju
Rangaraju Institute of Engineering & Technology, Hyderabad, India: 2012.
7. Sunil Kumar S, Nandi TK, Fabrication of perforated plate heat exchangers. 25 th National
Convention of Aerospace Engineers, 4-5 Nov, BIT, Mesra, Ranchi, India: 2011.
8. Sunil Kumar S, Nandi TK, Experimental studies on Cu-SS diffusion bonded perforated
plate heat exchangers, 22-24 Jan, Institute of Plasma Research, Ahmedabad, India: 2013.