Meghanshu
Vashista
Academic
Qualification:
Ph D
(IIT Kharagpur)
Assistant
Professor,
Mechanical Engineering
email:
mvashista@gmail.com
Research
Areas:
·
High
efficiency deep grinding
·
Barkhausen
Noise
Analysis Technique
Awards
and Honors
·
Boyscast
Fellowship 2010-2011 (University of
Newcastle upon Tyne, United Kingdom)
·
Biographical
details included in Marquis Who’s Who in
the World (America’s leading biographical
publisher), 27th Edition, 2010
·
Nominated
for ‘Outstanding Intellectuals of The 21st
Century 2010’ International Biographical
Centre, Cambridge, England
·
Nominated
for
American Chemical Society Membership
(2010)
Current
sponsored
projects
·
Project
Title: Assessment
of surface integrity of different
plastically deformed steels using
Barkhausen Noise Analysis
Principal
Investigator: Meghanshu
Vashista
Sponsor:
Department of Science & Technology
(Fast track research scheme for young
scientists)
Publications
Papers in
Peer Reviewed International Journals:
1.
M.
Vashista,
S Paul, (2009), On
the critical behaviour of Barkhausen
noise parameters in surface grinding,
International
Journal of Abrasive Technology, Vol.2(2),
pp.184-206
(Inderscience) ISSN (Online): 1752-265X 1752-265X
2.
M.
Vashista, S
Paul, (2009),
Correlation
between
surface integrity of ground medium
carbon steel with Barkhausen Noise
parameters and magnetic hysteresis
loop characteristics,
Materials & Design, Vol.
30, pp.1595–1603 (Elsevier) ISSN:
0261-3069
3.
M.
Vashista, S.
Ghosh, S
Paul, (2009),
Application
of micro-magnetic technique in surface
grinding of AISI 1060 steel for
assessment of surface integrity, Materials
and Manufacturing Processes,
Vol.24(1), pp.1-9 (Taylor & Francis)
Print ISSN: 1042-6914 Online ISSN:
1532-2475
4.
M.
Vashista, S
Paul, (2008),
Study of effects of process parameters
in high speed grinding on surface
integrity by Barkhausen noise analysis,
(Proceedings of Institute of Mechanical
Engineering, UK, Part – B), Journal
of Engineering Manufacture,
DOI:10.1243/09544054JEM1214, Vol.222(12),
2008, pp.1625-1637 (Professional
Engineering Publishing) ISSN:0953-4054 (Print);
2041-2975(Online).
5.
K. P.
Chander, M.
Vashista, K. Sabiruddin, S.Paul, P.
P Bandyopadhyay, (2009),
Effects
of Grit Blasting on Surface Properties
of Steel Substrates, Material
and
Design, Volume 30, Issue 8, , Pages
2895-2902 (Elsevier)
ISSN:
0261-3069
6.
M.
Vashista, S.
Kumar, A. Ghosh and S. Paul, (2010),
Surface
integrity in grinding medium carbon
steel with miniature electroplated
monolayer cBN wheel, Journal
of Material Engineering and Performance,
Vol. 19, No. 9, pp. 1248-1255 DOI:
10.1007/s11665-010-9626-0 (Springer) ISSN:
1059-9495
7.
S. Kumar, M. Yadav, P. Agrawal, M. Z. Khan, M.
Vashista, (2011)
Assessment
of microhardness profile in grinding
using Barkhausen Noise technique at
various analysis parameters, ISRN
Material Science, ISSN: 2090-6080
(Print), ISSN: 2090-6099 (Online),
doi:10.5402/2011/525078, Vol. 2011, page
1-6.
8.
M.
Vashista, S.
Paul, (2011)
Novel
processing of Barkhausen noise signal
for assessment of residual stress in
surface ground components exhibiting
poor magnetic response, Journal of
Magnetism and Magnetic Materials, Vol.
323, Issue 21, pp. 2579-2584
Papers in
International Conference:
1.
M.
Vashista,
S. Paul, (2008) , Assessment of Surface
Integrity in Grinding of Medium Carbon
Steel with Barkhausen Noise,
2nd International and 23rd
AIMTDR Conference, 15-17 Dec. 2008, IIT
Madras, pp.727-732 ISBN
978-81-904235-7-1
2.
M.
Vashista, S. Paul, (2010) , Prediction
of
residual stress using micro-magnetic
properties in high speed grinding, 8th
International Conference on Barkhausen
Noise and Micro-magnetic Testing (ICBM8)
at Indira Gandhi Centre for Atomic
Research (IGCAR), Kalpakkam
Papers in
National Conference:
1.
M.
Vashista, (2007) On the role
of surface residual stress on Barkhausen
noise in steel after grinding,
presented at NCRSME 2007, Indian
Institute of Technology Kanpur
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