DIPES CHAKRABARTY

@iitkgp.ac.in

Professor and Department: Mechanical Engineering
IIT KHARAGPUR

DIPES CHAKRABARTY


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1. NAME: DR. DIPES CHAKRABARTY

2. FATHER’S NAME: LATE SRI SAMARESH CHAKRABARTY


3. DATE OF BIRTH: 16th of May 1971



4. PERMANENT/ PRESENT ADDRESS:
37, COLLEGE ROAD, FLAT NO: 3/B,
P.O.: BOTANIC GARDEN, DIST: HOWRAH,
PIN: 711103, WEST BENGAL, INDIA.




5. PHONE/ E-MAIL ADDRESS: Phone Number: i) +91-9836803168 (India)
ii) +91-9123638372 (India)

E-mail I.D.: 1)

6. Nationality INDIAN.

EDUCATION

Doctor of Philosophy
(Thermo-Fluid Engineering)
Indian Institute of Technology, Kharagpur, India.
(Name of the Supervisor: Prof. R.K. Brahma)



January 2006.




Master of Engineering
(Thermo-Fluid Engineering)
Bengal Engineering College (Deemed University), Shibpur, Howrah-711103, West Bengal, India.




1997




Bachelor of Engineering
(Mechanical Engineering)



Calcutta University



1994

RESEARCH, TEACHING, or OTHER INTERESTS

Mechanical Engineering

FUTURE PROJECTS

Experimental and Numerical comparison of fluid flow and heat transfer characteristics over square prisms for different blockage ratios placed inside a wind tunnel


Applications Invited
Ph.D. students

Experimental and Numerical comparison of fluid flow and heat transfer characteristics over rectangular prisms for different blockage ratios placed inside a wind tunnel


Applications Invited
Ph.D. students

Experimental and Numerical comparison of fluid flow and heat transfer characteristics over triangular prisms for different blockage ratios placed inside a wind tunnel


Applications Invited
Ph.D. students

Publications

Details of Research Publications

a) Journal Papers:
i) D. Chakrabarty and R. K. Brahma, ‘Effect of Wall Proximity in fluid flow and heat transfer from square prism (blockage ratio= 0.1) placed inside a wind tunnel’, Heat and Mass Transfer- ( Wärme- und Stoffübertragung) (Publisher: Springer), Vol. 44, No. 3, pp. 325-330, January 2008.
ii) D. Chakrabarty and R.K. Brahma, ‘Effect of Wall Proximity in fluid flow and heat transfer from rectangular prism placed inside a wind tunnel’, International Journal of Heat and Mass Transfer, Vol. 51, Issues 3-4, pp. 736-746, February 2008.
iii) D. Chakrabarty and R.K. Brahma, ‘Effect of Wall Proximity in fluid flow and heat transfer from square prism placed inside a wind tunnel’, Thermal Science, Vol. 11, No. 4, pp. 65-78, 2007.
iv) D. Chakrabarty and R.K. Brahma, ‘Effect of Wall Proximity in fluid flow and heat transfer from triangular prism placed inside a wind tunnel’, Journal of Energy, Heat and Mass Transfer, Vol. 30, Issue - 2, pp. 107-129, June 2008.
v) D. Chakrabarty and R.K. Brahma, ‘Experimental study on fluid flow and heat transfer from a triangular prism approaching the wall of a wind tunnel (Reynolds number= 2.6104)’, International Journal of Heat and Technology, Vol. 26, No. 2, pp. 35-44, 2008.
vi) D. Chakrabarty and R.K. Brahma, ‘Experimental study on fluid flow and heat transfer from a square prism approaching the wall of a wind tunnel (Reynolds number= 2.6104)’, Journal of Engineering Physics and Thermo physics

GRANT DETAILS

Research Project Submission: i) Submitted Research Project entitled ‘Experimental and Numerical study of Fluid Flow and Heat Transfer from Bluff Bodies placed inside a Wind Tunnel’ to Department of Science & Technology, Govt. of India.


ii) Submitted Research Project entitled ‘Experimental and Numerical study of Fluid Flow and Heat Transfer from Toroids and Cubes placed inside a Wind Tunnel’ to Defence Research and Development Organisation

INDUSTRY EXPERIENCE

3 years