curriculum vitae of dr (prof.) t.c · 4 present status: advisor: mspl ltd., hospet, karnataka.india...
TRANSCRIPT
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Curriculum vitae
Of
Dr (Prof.) T.C.Rao
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CAREER HIGHLIGHTS......... Carried out original research, which is being extensively quoted/used even today
around the world.
Conceived, obtained grants from user agencies and established a unique graduate
programme in Mineral Engineering at Indian School of Mines, Dhanbad. This facility is
the only one of its kind in the country. Headed this programme for over a decade
carrying out / guiding original research in the areas of coal and mineral processing.
Produced many graduates who are presently occupying high positions in India and
abroad.
Metamorphosed “a laboratory to-be-closed” into “one of the best in the family of CSIR
laboratories” without major incremental change in the manpower. Showed innovative
technology management skills to make the laboratory activities more productive and
industry friendly.
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SELF-ASSESSMENT
Vision : The better informed- the better performed
Mission : Synergise human resources for better sustenance
Cognition: Appropriate interventions, however big or small, carried out at
right time and right place, leading to right working environment for high
quality productivity.
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Present status: Advisor : MSPL Ltd., Hospet, Karnataka. India
Consultant : (Mineral/coal processing industries, member of scientific
committees of organizations like CSIR, TEGA – Industries Ltd. Kolkata, McNally
Bharat Engg. India, Kolkata)
Career profile :
Sl.No. Period Place of employment Designation
1 1961-65 University of Queensland, Australia Research Officer
2 1966-67 Broken Hill Prop. Co. Ltd., Australia Research Officer
3 1967-77 IIT, Kanpur, India Lecturer /Asst. Professor
4 1973-75 Julius Kruttschnitt Mineral Research Center, Brisbane, Australia (On leave from IIT, Kanpur)
Part-time Lecturer
5 1977-84 Indian School of Mines, Dhanbad, India
Head Dept. of Fuel & Mineral Eng
6 1985-89 Indian School of Mines, Dhanbad, India
Head & Dean of Academic and Research.
7 Oct. 1989 to-
Sept.2000 Regional Research Laboratory (CSIR), Bhopal, India.
Director
8 Oct. 2000 to March 2001
UNDP-GOI Net work Programme National Consultant
9 Mach 2001-April
2003 Consultant
Consultant Rajasthan State Mines & Minerals Ltd.
10 April 2001 –
February 2004 Advisor
Environment protection Coordination Organization, (EPCO), Bhopal
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11 March 2004 – till
date
Visiting scientist to M/s TATA STEEL Ltd., R&D, Jamshedpur, India (2007-2009) and consultant to some of the mineral/coal processing industries in addition to being on scientific committees of organizations like CSIR and other Govt Organizations.
Educational credentials (Bachelor's Degree onwards):
Degree Area Institution Year
B.Sc., (Hons.)
Geology Andhra University, Waltair, India 1959
M.Sc.,
Ore Dressing Andhra University, Waltair, India 1960
Ph.D. Mineral Engineering
University of Queensland, Brisbane, Australia 1965
Honors / awards conferred earlier :
Year Name of the Award Purpose for which Award received
1978 National Mineral Award Govt. of India.
In recognition of contributions to coal preparation
1983 Indranil Award, MGMI. For contributions in Metallurgy
1985 National Metallurgist's Day Award, Govt. of India.
For the work carried out in coal washeries, Industrial Hydrocyclones and Comminution circuits
1990 Pandit Lajja Shankar Jha, Award, Govt. of M.P.
For outstanding contributions in Engineering and Technology
1997 Mining Engineering Design Award, The Institution of Engineers (I)
For promoting and advancing Engineering Design
1998 IIME Coal Beneficiation Award For outstanding contribution in the field of Coal Beneficiation
2000 Distinguished Scientist Award, Madhya Pradesh Council of Science and Technology
For outstanding contribution in the field of Material Science
2007 Basant Samman Award For excellence in Education and Research
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Membership of the academic, scientific and professional bodies
Academic & Scientific
1 Central Govt. Nominee
Executive Board and General Council, Indian School of Mines, Dhanbad.
2 Non official Director *
Board of Directors, M.P. State Mining Corporation Ltd, M.P.Govt.
3 Member* Standing Scientific Advisory Committees of Dept. of Mines and Dept. of Coal, Govt. of India
4 Member* Advisory Committee, National Science & Technology Development Board (NSTEDB)
5 Member* Project Monitoring Committee, Min. of Mines, Govt. of India
6 Member* SSAG, Hindustan Zinc Ltd., Udaipur
7 Member* Asia Pacific Academy of Materials
8 Member* Executive Committee, Disaster Management Institute, Bhopal.
9 Member Tribological Society
10 Member Coal Ash Institute of India
11 Member* Mission Management, IIT Madras
12 Corp. Member* Zaheer Science Foundation
Professional
1 Council Member Indian Institute of Metals
2 Fellow Indian National Academy of Engineering
3 Fellow The Institution of Engineers (India)
4 Fellow The Mining, Geological and Metallurgical Institute of India.
5 Adviser Executive committee Indian Institution of Mineral Engineers
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6 Non official Director*
Bharat Aluminium Company, Govt.of India
7 President* Federation of Engineering Institutions & Central Asia (FEISCA)
8 Chairman* The Institution of Engineers (India), M.P. State Centre
9 Member Society for Mining, Metallurgy and Exploration Inc.(SME)
10 Member Society for Information Sciences
11 Member Geological Society of India
12 Member Material Research Society of India
13 Member* General Body, MPCST, Bhopal.
14 Chairman* MRSI, Bhopal Chapter
Editorial boards (International / National)*
1. Regional Editor
International Journal of Minerals Engineering Pergamon Press, Great Britain.
2. Member International Journal of Mineral Processing
3. Member International Journal of Coal Preparation Gordon and Breach, New York.
4. Member Fuel Technology CFRI, Dhanbad.
5. Member Trans. of Mining. Geological & Metallurgical Institute of India.
6. Member Trans. Indian Institute of Metals
7. Member Wealth of India (CSIR)
8.
Assessor Panel of Assessor for publication of the Institute's Transactions, The Mining, Geological & Metallurgical Institute of India.
* Formerly
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Summary of the significant contribution and achievements
The career of Prof. Rao can be identified under three distinct phases
The first phase comprised of process development at Julius Kruttschnitt
Research Mineral Research Center (JKMRC), Australia as a part of his doctoral
programme in 1960s, which in fact could be termed as a phase of innovation.
In the second phase he tried to inject compassion into his work by teaching
and developing new areas at Indian Institute of Technology (IIT), Kanpur and
Indian School of Mines (ISM) Dhanbad, but still continuing his pursuit of
“some thing new” in R&D during 1970s and 1980s.
In the third phase i.e. during 1990s he brought about phenomenal changes at
Regional Research Laboratory (RRL), Bhopal through S&T management
efforts with passion.
Lifetime achievements of Prof. T C Rao can be grouped under the following two major categories
i. Research Excellence
ii. Teaching, Research & Development (R&D)
A brief description about each of the above achievements is outlined below:
i. Research Excellence
Dr Rao, being the first international student at JKMRC, during 1960s, at the Univ.
of Queensland, Australia, completed his Ph.D. programme in 1966. He is the first
in the world to come out with a ‘Mathematical Model’ in those days where
computers had not even been launched into the world, to “characterize
hydrocyclones operation. His research provided a totally new way of looking at
unit operations in mineral processing. A citation to that effect could be seen in
the World Mining Journal 1982 issue, which describes “Mineral processing
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engineers have become familiar with the exemplary work of A.J. Lynch, T.C. Rao
etc., in simulation of cyclones.”
His mathematical model went through modifications and versions without losing
the original flavor of “simulate before operation.” The same was reemphasized
by Australia’s Mining Monthly in June 1998 as “Dr. Rao was instrumental in the
development of cyclone, now regarded as a standard feature of many separation
units.” The journey of his first model is still making rounds around the world as a
most commonly used classification model in grinding circuits.
Prof. T.C.Rao then moved into new areas of research in coal beneficiation. He
developed mathematical models for heavy medium cyclones, stub cyclones,
flotation, pelletisation and oil-agglomeration. These models are quite elegant
and are highly useful to understand the process. The work is quite unique as
indicated by a citation from an international journal, ‘Unfortunately little work
has been done relating the z50, to the physical setting of the vessel. An
exception is the work by Rao et al, who by such works are more desirable’
(International Journal of Mineral Processing, 29, 1990, p 166).
Dr.Rao’s work appears prominently (4 references out of 28 on page 30 – 59) in
SME Mineral processing Hand book Vol.1 & 2.
ii. Teaching, Research & Development (R&D)
Prof. Rao’s academic and research carrier started as an Research Officer at
Broken Hill Prop. Co. Ltd., Australia immediately after completing Ph.D. Later he
joined at Indian Institute of Technology, Kanpur as faculty member in the year
1967. He was teaching to under graduates and post-graduates in the
Department of Metallurgical Engineering with distinction.
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His interaction with industry and academic institutions earned him membership
of various prominent decision making bodies (which can be evidenced from the
list presented under item No.9)
ISM, Dhanbad has recognized his zeal and potential and made him twice the
Dean of Academics and Research. During that period Prof. Rao’s ability to
interact with industry has brought in many research projects to ISM.
The hot pursuit for innovation continued in the subsequent years - as a teacher,
researcher, and an academician. His constant association with industry in
finding solutions for their technical problems earned him Government of India‘s
prestigious National Mineral Award for the year 1978. Later in the year 1985
with “National Metallurgists Day Award - 1985” for his work on beneficiation
characteristics of coal Washery slurries, industrial hydro cyclones, and
comminution circuits.
During his tenure as faculty member at IIT, Kanpur and as well as at ISM,
Dhanbad. Prof. Rao guided more than 50 M.Tech and 15 PhD students. Further,
he published wide number of scientific papers in International / National
Journals and Conferences (The list enclosed)
Dr. Rao’s work is well recognized worldwide, and he was chosen as regional
editor of international journals like Coal Preparation and Minerals
Engineering and many national journals.
He executed many research projects worth more than Rs. 100.00 millions
including two projects funded by National Science Foundation, USA.
His basic research on Hydro cyclones, Heavy Medium Cyclones, Froth
Flotation, Oil Agglomeration has been acclaimed worldwide as highly
original and is extensively referred to in International Journals.
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As a part of manpower training in mineral engineering, he conducted several courses to
the plant engineers of coal and mineral industries as well as personnel in private and
government research organizations. He did not confine his work to coal only, but he
extended his theory of processing to other minerals like copper, lead, zinc etc. The
Mining, Geological and Metallurgical Institute (MGMI) duly recognized this effort in
1983 by awarding him “Indranil Award”.
Dr.Rao extended expert advice to companies like Hutti Gold Mines, HCL, HZL,
IREL, Coal India Ltd., TISCO, NMDC, Tega India Ltd., etc. for optimization of
their processes leading to increase in yield and cost savings.
In the year 1989 Dr Rao joined Regional Research Laboratory (RRL Bhopal),
CSIR, Bhopal, India as the Director, where he did not restrict his activities to
the administration but continued his pursuit of research in Mineral
Engineering in addition to the development of the entire RRL. When he
joined the RRL Bhopal the Mineral Engineering activity at that laboratory was
non-existent. He started the mineral engineering laboratory from the scratch
and today it is one of the best laboratories in the world.
Citations and assessment of the impact of the contributions made
While Dr.Rao was at ISM, Dhanbad, he was invited in the year 1989 to take
over as Director of Regional Research Laboratory, Bhopal which was on the
verge of closure. He took up the challenge and turned around the laboratory
and today it is one of the top ranking laboratories of CSIR. (In 1999 it was
ranked 5th out of the 40 laboratories of CSIR).
World Mining Journal 1982 issue, which describes “.... Mineral processing
engineers have become familiar with the exemplary work of A.J. Lynch, T.C.
Rao etc., in simulation of cyclones.”
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His first developed mathematical model went through modifications and
versions without losing the original flavor of “simulate before operation.”
The same was reemphasized by Australia’s Mining Monthly in June 1998 as
“Dr. Rao was instrumental in the development of cyclone, now regarded as a
standard feature of many separation units.” The journey of his first model is
still making rounds around the world as a most commonly used classification
model in grinding circuits.
He developed mathematical models for heavy medium cyclones, stub
cyclones flotation, and oil-agglomeration. The work is quite unique as
indicated by a citation from an international journal, ‘Unfortunately little
work has been done relating the z50, to the physical setting of the vessel.
Research works of Dr.Rao appears prominently (4 references out of 28 on
page 3D – 59) in SME Mineral processing Hand book Vol.1 & 2
Details of books published:
Prof. Rao is one of the contributors of an International Book titled "Mineral
Crushing and Grinding Circuits - Their Simulation, Optimization, Design &
Control,” (Elsevier).
He is also an author of the book titled "Ore Deposits of India - Their
Distribution and Processing" (Co- author: Dr. Gokhale). The latter was
published under subsidy from National Book Trust, India.
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Additional information of relevance (in brief):
Progressive leadership
Regional Research Laboratory, Bhopal, set up in 1981, faced a period of
uncertainties after the mid-eighties (See the press clipping below) and 1986 to
1989 was a period which was characterized by sub-critical growth and the
resultant low esteem.
Prof. Rao has been able to prove his ability through establishment of new vistas
of higher learning, creative environment for research funding and building teams
of high quality manpower to serve the industry through compassion and vigor.
This phase can be attributed as a phase of management of Research &
Development and organizations, which demanded organizing skills, leading skills,
institutional building skills and controlling skills. His role during this phase could
be described as one of identity creating, enabling, and synergising, all rolled into
one.
Since 1989, there has been a spurt in the laboratory activities in terms of
consolidation and growth of R&D areas, fostering linkages to move towards
contract research, creation of opportunities for S&T interventions as regard to
regional problems and growth oriented development of the overall
infrastructure of the Laboratory. By the time of his super annuation from RRL,
the laboratory has cruised towards touching new heights in undertaking
significant projects and producing marketable products. The Mission Statement
of the Laboratory has gained new dimension as stated below in the current day
context.
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Excellence in R&D on products/ processes in engineering materials,
minerals, and alternate building materials.
Extending consultancy, technical services etc. in core competent areas.
S&T inputs to societal missions in water, environment management and
rural technologies.
Prior to 1989 there was negligible External Research Funding (ERF).
During Dr. Rao’s stewardship the Laboratory has attained one of the
largest External Research Funding (ERF) per scientist within CSIR from Rs
17.01 to Rs. 419.20 in a span of 12years commencing from the date of his
joining.
Rural technology development
Rural Technology Development and Application Centres (TDC) & Block Level Technology
Resource Centres (TRC)
Development and Application Centre (TDC) and Technology Resources Centres (TRC)
network under UNDP-DST Govt. of India programme a component of Technology
Management Programme Support (TMPS) has been entrusted to the RRL, Bhopal. A TDC
at RRL and ten TRCs at selected block headquarters of Madhya Pradesh will be set-up.
These Centres would act as windows for technology sourcing and information
dissemination. This project is being executed by DST and implemented by RRL in MP,
thus making RRL one of the two implementing agencies selected under the technology
management programmes in the country. The project reflects aspirations of RRL in
implementing S&T based regional development programmes.
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The programmes have many firsts in its manifestation as mentioned below:
a. Focus on Sustainable Human Development (SHD) objectives
b. Association of State Govt. of Madhya Pradesh at highest echelons in selection
of blocks for setting up TRCs and selection of community based organizations
(CBOs), and harnessing State/Central Govt. level development schemes for
the project.
c. A two pronged approach of lead implementation as TDC by a Research
Institution namely RRL, Bhopal and by a community based organisation SRI,
Ranchi respectively.
d. An opportunity of integration of several technologies/ know-how available
with CSIR laboratories and other agencies into TM (Technology Management)
packages for block level implementation.
e. TM packages aimed at development of enterprises for production and
employment generation at block/village levels.
f. Linkages in terms of micro credit, marketing and economic returns to enable
rural entrepreneurs generate value addition and improved quality of life.
g. A research institution RRL, Bhopal to co-ordinate implementation of TM
packages through community based organizations
Dr. Rao, during his tenure at RRL, developed a vibrant association with Madhya
Pradesh State Govt. agencies, particularly the Rajiv Gandhi Missions, on projects on
surveys and management of water resources for sericulture farms, watershed
management, fly ash utilization in agriculture, technical assistance to leather sector,
and training of women in rural/tribal areas in sisal fibres utilization, development of
improved farm implements, up gradation of traditional metal-craft and blacksmithy.
These activities gave credence and confidence to the Laboratory to embark upon field
level implementation of the project and interaction with user groups.
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PUBLICATIONS
Papers – in International Journals /Seminars : Pages. 17 - 25
In National Journals / Seminars : Pages. 25 - 34
Technical reports : More than 100
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Complete List of Publications of
Dr. T.C. RAO
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Serial No. - 1 to 103 are in International Journal / Conference
Serial No. - 104 to 210 are in National Journal / Conference
Papers in International Journals/Seminars
Sl. No.
Co-authors Year Title of the paper Source
1. Lynch A J 1965 Digital Computer Simulation of Comminution Systems.
8th Commonwealth Min. Metall. Congr. 1.6 pp.597.
2. Lynch A J Whiten W J Kelly R E
1967 An Analysis of the Performance of a Ball Mill Rake Classifier Comminution Circuit.
Proc. Australasian Inst. Min. Metall. 9 , pp.224.
3. Lynch A J Whiten W J
1967 On Stream Sizing Analysis in Closed Circuit Grinding Circuits.
Proc. Australas, Inst. Min. Metall., 223 : pp.71.
4. Lynch A J Whiten W J
1968 The Behaviour of Galena and Marmatite in the Grinding Circuit at the New Broken Hill Consolidated Limited.
Proc. Australas, Inst. Min. Metall. 9 ,pp.224.
5. Deb Kanungo P 1973 Water Division by Industrial Hydrocyclones
Trans. Instn. Min. Metall., London, Sec-C 82, pp. 105
6. Murthy N S S Gokhale K V G K
1973 Thermal Characteristics of Magnetise Asbestos System
Trans. British Cer. Soc., 72, 4 , pp. 173.
7. Deb Kanungo P 1973 A Study on the Performance of 3” Hydrocyclone Classifier.
CIM Bull., 66, pp.78.
8. Lynch A J Priesbrey K A
1974 The Influence of Hydrocyclone Diameter on Reduced Efficiency curves.
Int. J. Miner. Process., 1 (1974) : pp. 173.
10. Lynch A J 1975 The Influence of Design and Operating Variables on the Capacities of the Hydrocyclone Classifier.
Int. J. Miner. Process., 2 pp.29.
11. Negeshwar Rao K 1975 A Graphical Method of Estimating Efficiency of Industrial size Hydrocyclone Classifier.
J.Chem. Engg., U.S., 16 , pp. 127.
12. Lynch A J 1975 Modelling and Scale-up of Hydrocyclone Classifiers.
11th Int. Miner. Process. Congr., Sardinia, P.9, May , pp. 1-24.
13. Gokhale K V G K 1975 Beneficiation of Himalayan Phosphate & Calcareous gangue.
Proc. Int. Conf. Min. Engg., pp.54.
14. Nageshwar Rao K 1975 Influence of Feed Inlet Diameter on the Cyclone
Int. J. Miner Process., 3 , pp.54
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Behaviour.
15. Bandopadhyay P Sinha P R
1979 Beneficiation of Coal Fines in India.
World Coal, 5,5, May , pp.35.
16. Bandopadhyay P 1980 Processing of Indian Coal Fines Proc. Int. Semr. on Fine Particle Process. AIME, LasVegas,USA,977, pp.49.
17. Vanangamudi M Pillai K J
1981 Effect of some Operating Variables on the Efficiency Index of a Coal Flotation Operation.
Int. J. Miner. Process 8 , pp.1.
18. Ghosh I Vanangamudi M
1981 The Evaluation of Performance of a Laboratory Heavy Media Separator.
Proc. Australas. Inst. Min. Metall., 278 , pp. 43.
19. Vanangamudi M Rao K H
1981 Studies on the Treatment of Coal Fines by Oil Agglomeration Process.
SE-AIME, Annl. Bound, 81, 223, pp58.
20. Chatterjee S K Bandopadhyay P
1981 Studies on Agglomeration of Coal Fines.
Proc. Int. Symp. on Bene. and Aggl., RRL Bhubaneswar, Jan 7-9 pp.2.15.1-2. 15.5.
21. Swapna Basu Bandopadhyay S Gangopadhyaya P K
1981 Beneficiation of some Indian Clays by Chemical Decolariation.
Proc. 7th Int. Clay Conf. Italy, Dec, pp68.
22. Vanangamudi M 1982 Characteristic curve for the Coal - Oil Agglomeration Process.
Int. J. Miner. Process., 6 , pp.235.
23. Khandal R K Gangopadhyaya P K
1982 Effect of Heat on Bikaner clay. J. Can. Cer. Soc. 51, p.35.
24. Pillai K J Vanangamudi M
1982 Statistical Analysis of Coal Flotation - A Prelude to Process Optimization
Proc. IX Int. Coal Prep. Cong., N Delhi, Session C, pp 1.
25. Bandopadhyay P 1982 R & D Studies in Oil Agglomeration Process.
Proc. IX Int. Coal Prep. Cong., N Delhi, Session C, Dec. ,pp 1.
26. Bandopadhyay A Khare R N
1982 Improvement in Mill-Cyclone Classifier Circuit - A case study.
Proc. XIV Int. Miner. Process. Cong., Canada, 11.7, Jun , pp.7.1.
27. Vanangamudi M 1982 Analysis of Coal Oil Agglomeration Process.
Proc. Int. Symp. on Recent Advn. in particulate Sci. and Tech., Madras, H1, Dec. 9 , pp.601.
28. Bandopadhyay A 1983 Dewatering Characteristics of Indian Coal Fines
Proc. Pacific Region Meeting of Fine Coal Soc., Honolulu, pp465.
29. Vanangamudi M 1984 Kinetic Study of Agglomerate Fuel (London) 63, 6 Jun , pp.
20
Growth in Coal Oil Agglomeration Process.
738
30. Vanangamudi M 1984 Quantitative Studies on the OilAgglomeration Process.
Pow. Tech., 40, 1-3 , pp. 195.
31. Pillai K J Sen R Spottiswood D J
1984 Applicationn of Mineralogical Factors in the Beneficiation of Complex Sulphides.
Proc. Int. Cong. on Appl.. Mineralogy in Miner. Ind. Los Angles, Calif., Feb. pp143.
32. Vanangamudi M 1984 Modelling of the Coal Oil Agglomeration Process.
Proc. Int. Symp. CONTROL’84 Miner. Metall. Process., AIME-SME/TMS Los angles, Feb. , pp.115.
33. Vanangamudi M 1984 Studies on Fine Coal Treatment Technigues.
Proc. Int. Conf. on Progress in Metall. Research Fundamental and Appl. aspects Kanpur, Ind. Feb, pp.51.
34. Vanangamudi M 1985 Prediction of the Size Distribution of Agglomerates in Coal Oil Agglomeration Process.
Pow. Tech., 41 , pp.29.
35. Bandopadhyay A Sanyal P Khare R N
1985 Process Analysis and Development of Model for Grinding and Classification Circuit at Rakha Concentrator of HCL.
Proc. 15th Int. Miner Process Congr Cannes, France, Tome III, Jun, pp. 114.
36. Vanangamudi M 1986 Modelling of Batch Coal Flotation Operation
Int. J. Miner, Process., 16 , pp. 231.
37. Hazra S K Sarkar G G
1986 Effects of Process Variables on Size Distribution of Oil Agglomerates of Fine coal
Coal Prep., 3 , pp.77.
38. Hazra S K Sarkar G G
1986 Studies on the Performane of Oil Agglomeration Process Evaluated from Bench-scale Batch and Continuous Operations with Critical Variables.
Proc. 10th Int. Coal Prep. Congr. Edmonton Canada, Sept , pp.163.
39. Venugopal R Vanangamudi M
1986 Statistical Analysis of Effect of Variables in Manganese Pelletization
Proc. 2nd Int. Symp. on Beneficiation and Agglomeration, Bhubaneswar, Dec.pp. 276.
40. Bhardwaj O P 1987 Plant Performance Studies on S Hydraulic Cone Classifier as a Secondary Classifier.
Int. J. Miner. Process., 21, pp.276.
41. Venugopal R Vanangamudi M
1988 Green Pelletization as a Pretreatment step in Exploitation of Low grade
Proc. Int. Symp. on Production & Process of Fine Particles, Montreal, Canada,
21
Reserves of Manganese and Pyuriteferrous Shales.
P (ed) Aug , pp. 801.
42. 1988 Recent Advances in Fine Coal Beneficiation
Miners. Metall. Process., Aug , pp. 124.
43. Vanangamudi M Sharma
1988 Studies on the Operational Characteristics of an Industrial Heavy Medium Cyclone.
Coal Prep. , 6 ,pp.79.
44. Hazra S K Sarkar G G
1988 Significance of the Efficiency Index in Evaluating the economics of Beneficiation of Coal by Fines the Oil Agglomeration Technique.
Int. J. Miner. Process., 24 , pp.81.
45. Vanangamudi M Surya Kumar S
1989 Effect of Fines Content on the Froth Flotation of coal.
Pow. Tech., 58, , pp.99.
46. Vanangamudi M
1989 A Model for the Predictions of Fines Recovery in Batch Coal Flotation.
Minerals Engg., 2, pp.185
47. Nikkam Suresh Vanangamudi M
1989 Effect of Cone Angle on Separation Characteristics of Compound Water-only Cyclones.
SEM/AIME, May , pp. 115,
48. Venugopal R Vanangamudi M
1989 Studies on Kinetics of green Pelletization.
Minerals and Met. Proc., pp. 211.
49. Govindarajan B Vanangamudi M
1989 A Kinetic Model for Batch Coal Flotation
Minerals Engg., Vol 2, Nos3, pp 411.
50. Vanangamudi M 1989 Development of an Index for Floatability of Coal Fines.
Minerals Engg., 2, pp. 511.
51. Vanangamudi M 1990 Water - only Cyclone. Mining Magazine pp. 266.
52. Vanangamudi M Barnwal J P
1990 Industrial Application of Heavy Medium Cyclone Model.
Presented in CONTROL 90 Utah, Mar. 90.
53. Haldar D D Hazra S K Vanangamudi M
1991 Dimensional Analysis of the Conditioning system in the Oil-Agglomeration process.
Coal Preparation 9, pp. 27.
54. Venugopal R Vanangamudi M
1991 Kinetic and Modelling Analysis of some Agglomeration processes.
Presented in ISBA 91. pp.7 Bhubaneswar.
55. Nikkam Suresh Vanangamudi M
1991 Water Distribution in Water Only Cyclones.
Minerals Engg., 3, pp. 357.
56. Govindarajan B Vanangamudi M
1991 An Emperical Model for Batch Coal Flotation.
Coal Preparation 9, pp64
57. Govindarajan B Vanangamudi M
1991 Batch Coal Flotation Mode based on Water Recovery.
Minerals and Met. Proces., May pp 35-41.
58. Vanangamudi M Mitra J
1991 Analysis of Performance of a 76mm Vorsyl Separator.
Minerals Engg., 5 (1),pp 93-101.
59. Bhima Rao K Narasimhan K S
1991 Use of Chemical Additives to improve the Grindability of
Aufbereitungs-technik 32, pp. 122
22
Mahapatra B K Magnetite ore and its influence on Mill Energy.
60. Vanangamudi M
1991 Dense Medium Cyclones for Coal Washing.
Mining Magazine, Sept, pp. 147.
61. Rao B R Rao L S Mazumdar A K
1993 Fluoride-aided potassium extraction from glauconitic Sandstone.
Minerals Engg., Vol. 6(4), April ,pp 405-414.
62. Mazumdar A K Sharma T
1993 Extraction of Potassium from glauconitic Sandstone
Int. J. Min. Process. 38, pp111 - 123.
63. Sharma T 1992 Acid Leaching of Glauconitic Sandstone.
Trans. IMM Vol. 101, C129-202.
64. Rao L.S Pitchamuthu D.V
1993 Beneficiation of Almora Magnesit Using Multi Gravity Separator.
Proc. of Int. Semr. on Mineral Sector in India, Feb.pp 66-68
65. Rao L S Rao B R Govindarajan B
1993 A Model for Leaching of Glauconitic Sandstone using Reduced Time Plot Concept.
Minerals & Met. Proc. August, pp119-125.
66. Verghese P A 1994 Modelling of a 76 mm Diameter Dense Medium Cyclone.
Coal Preparation 15, pp71-91.
67. Govindarajan B
1994 A simple model for sink-float data.
Minerals Engg., Vol.7(11), pp 1441-1446
68. Govindarajan B
1994 Indexing the washability characteristics of coal.
Int. J. Miner. Process Vol.42, p 285.
69. Govindarajan B Barnwal J P
1994 A simple model for industrial coal flotation operation.
Paper presented at SME Annual Meeting, Denver, March.
70. Suresh N Venugopal R
1995 Prediction of performance of 76 mm compound autogenous cyclone at different outlet diameters.
Trans IMM., Sect C vol 104, p C30.
71. Mazumder A K Govindarajan B Sharma T, Ray H S
1995 A simple model for industrial coal flotation operation.
Paper presented at SME annual Meeting, Denver, March 1995.
72. Prasad M Mazumdar A K
1995 Flotation studies on a low-grade cherty-calcareous rock phosphate ore from Jhabua, India.
Miner. & Met. Proce., Vol 12, May, 92.
73. 1995 Improvement of plant performances A few Indian case studies
Paper presented in Int. Seminar on Min. Proc. Recent Advances, Kanpur.
74. Barnwal J P Govindarajan B
1995 Industrial application of Vorsyl separator
Int. Seminar on Particle Tech. Pune.
79 Nikkam Suresh M.Vanangamudi
1996 A performance model for water-only gravity separators treating coal.
Fuel 1996 Vol. 75, No. 7, pp851-854.
23
80. Patil D P Barnwal J P
1996 Column flotation of siliceous rock phosphate
Miner. & Met. Proce., 13 (4) Nov., pp 147 - 150..
81. Govindarajan B 1996 Development of a selection criterion for process parameters in batch coal flotation
Miner. & Met. Proce., 13 (4) Nov., pp : 151 - 155.
82. Patil D P Barnwal J P Yerriswamy P Sridhar G E Subramanyam
1997 Performance Evaluation of Air-sparged Hydrocyclone to Treat Indian Coal Fines.
Proc. Int. Semr. on Recent Advances in Metall. Process. B'lore, Int. Pub. pp : 77 - 81.
83. 1997 Indian Iron Ores – Their Processing and Problems
Proc. Int. Semr. on Iron making Resources & Reserves Estimation Perth, pp 25-26.
84. Barnwal J P Govindarajan B
1998 Studies on a Vorsyl Separator as an Alternate for a Dense Medium Cyclone.
Int. J. Miner.Process Vol.53 ,pp49-57.
85. Udaya Bhaskar K. Barnwal J.P Venugopal R
1998 Mutli-gravity Separator to Enrich Heavy Minerals from a Lead flotation Concentrate
Accepted for publication in Miner. & Met. Process.
86 D P Patil J P Barnwal P Yerriswamy.
1998 Influence of Reagents Dosage on the Flotation of Coal in an Air Sparged Hydrocyclone.
Int. Symp. On Frontiers in materials processing held on Nov. 14-17th, Bangalore
87 Eisele, T.C. Shoop K.J. Riphe S.J
1988 Laboratory baffled – Column flotation of mixed campbell eagle seam bituminous coal
Materials & Metallurgical Processing, Vol.15, No.2, pp 47 - 51
88. Patil D P Barnwal J P
1999 Comparative performance studies on dynawhirlpool separator and heavy medium cyclone treating coal.
Int. Symp. on Clean Coal Initiatives held on 22-24th Jan., New Delhi, India
89. Patil D.P. Govindrajan B. Kohad V.P Gaur R.K
1999 Technical Note – Plant Trials with the Multigravity Separator for Reduction of Graphite
Minerals Engineering, Vol.12. No.9, pp1127 - 1131
90. Patil D.D 1999 Classification evaluation water injected hydrocyclone
Minerals Engineering, Vol.12, No.12 pp 1527-1532
91. Prasad M Majumder A.K
2000 Reverse flotation of sedimentary calcareous /dolomitic rock phosphate ore- an overview
Minerals & Metallurgical Processing, Vol.17, No.1 pp 49-55
92. Barnwal J.P Durga D. Patil Kawatra S.K.
2000 Enrichment of coal macerals using froth flotation
Minerals & Metallurgical Processing, Vol.17, No.1 pp 56-61
93. Prasad M 2000 Attenuation of heavy Minerals Engineering Vol.13,
24
Amritpale S S Saxena S Chandra N
metal ions by lean grade phosphorite
No.12 pp 1302
94. Yerriswamy.P Modi.O.P Rao. K.K
2000 Characterisation of Macerals in coal fines using image analysis technique
Proceedings of an International Symposium On Processing of Fines Vol. II pp.
95. Udaya Bhasker K Govindarajan. B Barnwal J.P Rao K.K
2001 Performance evaluation of water-injection cyclone
Proceedings of an International Symposium On Processing of Fines Vol. II pp.
96.
Udaya Bhasker .K Govindarajan. B Barnwal J.P Rao K.K
2001
Comparative performance study on a 100mm Water-Injection Cyclone and a Hydrocyclone
Proceedings of an International Seminar on Mineral Processing Technology (MPT-2001) Eds. N.P.H. Padmanabhan T.Sreenivas and K.Srinivas
97. Udaya Bhasker. K Rao K K Barnwal J.P, Venugopal R. Jakhu M.R.
2001
Performance analysis of two centrifugal techniques for separation of graphite from a lead concentrate
Proceedings of an International Seminar on Mineral Processing Technology (MPT-2001) Eds. N.P.H. Padmanabhan T.Sreenivas and K.Srinivas
98. Yerriswamy, P. Kosala Rao, K. Banerjee, P. Govindarajan, B. Barnwal, J.P. Gupta, B.K.
2001
Performance optimisation of Multi-Gravity Separator for removal of graphite in lead rougher concentrate
International Symposium on Non-Ferrous Metals in the New Millennium (NMD-ATM-2001) , November 18th -21st 2001 Bhubaneswar
99. Yerriswamy, P. Barnwal, J.P. Govindarajan, B. Rao, K.K.
2001
Performance prediction of Kelsey Jig treating coal fines
International conference on Challenges in coal and Mineral Beneficiation, December 7-8th , ISM, Dhanbad.
100. Udaya Bhasker .K Govindarajan. B Barnwal J.P Rao K.K
2001
Classification studies on a hydrocyclone and a water injected cyclone for treating iron ore fines
International conference on Challenges in coal and Mineral Beneficiation, December 7-8th , ISM, Dhanbad
101. Yerriswamy P. Barnwal J.P. Govindarajan B. Gupta B.K.
2002
Influence of variables of Multi-Gravity separator in rejecting graphitic carbon content
Transactions C Sep-Dec. 2002
102. Yerriswamy, P. Barnwal, J.P.
2003
Application of Multi-gravity separator for the
Proceedings International Symposium on Mineral
25
Govindarajan, B.
beneficiation of iron ore fines
Processing Technology (MPT-2003) held between Feb. 6-8, 2003 at Panjim, Goa,
103. Lynch A J 1968 Studies on the Operating Characteristics of Hydro-cyclone.
Int. Jour. Technology 106 pp.4.
Papers in National Journals / Seminars
104 Murty K V V S N
1968 Some aspects of Mineral Processing Techniques Employed in Petroleum Engineering.
Engg., Banaras ,pp56-58
105 .
Gokhale K V G K 1968 Optimisation and Controls in India’s Non-Ferrous Mineral Industries.
Proc. Symp. Non-Ferrous Miner. Indt., Ministry of Steel , pp78-79
106 Gokhale K V G K 1970 Disassociation of Magnesium Calcites
EXPERIMENTIA 240, PP.26.
107 Sen A 1970 Computers in the Analysis and optimization of Comminution Circuits.
Chem. Age Ind., 21, 3 , pp.2.
108 Gokhale K V G K 1970 Studies on Thermal Dissociation of some Carbonate Minerals.
J. Thermal Analysis 2,3 ,pp56-61
109 Murthy G R K 1970 Some Aspects of Coal Beneficiation in India.
Min. and Miner. Engg., 6,2 pp.24.
110 Gokhale K V G K Malhotra D
1970 Mineralogical Investigation on Jhansi Pyrophylite.
U P Govt Directorate of Geol. Min. Monograph (1970).
111 Lynch A J 1971 Design and Optimization of Hydrocyclone Systems and Control of Comminution Circuits.
J. Mines Metals and Fuels pp. 232.
112 Gokhale K V G K Malhotra D
1971 Thermal Studies on Pyrophylite- Diaspore Minerals.
Trans. Ind. Cer. Soc., XXX, 2, pp.68.
113 Bandopadhyay G K 1972 Application of Statistics in Minerals Engineering.
NML. Tech. J., 14,2 , pp.37
114 Roy P Agarwal S B
1973 Optimization of Coal Blending in Indian Coal Washeries.
J. Mines Metals and Fuels, pp. 105.
115 Murty N S S 1973 Methods of Control of beneficiation Process.
Chem. Age Ind., 23, pp.3
116 Rao D M Gokhala K V G K
1974 Mineralogical Studies on Mussorie Phosphorites
Himalyan Geol. Semr. pp. 3.
117 Tripathy P N Bhargav S
1974 Selection of Hydrocyclone Variables.
Ind. J. Technology, 12, pp. 100.
118 Nageshwar Rao K 1975 Analysis of Reduced Efficiency Ind. J. Technology, 12 , pp.
26
curves of Hydrocyclone. 445.
119 Subba Rao E C 1977 High Gradient Magnetic Separation.
Trans. Ind. Inst. Mets., 30 pp.1.
120 Bandopadhyay P 1978 Beneficiation of Coal Fines in India - The practice and problems.
Proc. Nat. Semr., NML, Jamshedpur, June,pp56-58
121 Bandopadhyay P 1979 Problems and Prospects of Beneficiation of Coal Fines India.
J. of Min. Engr. Soc., 1 pp.25
122 Pillai K J 1980 Beneficiation of Middlings from Jamadoba Coal Washery by Flotation.
J. of the IE (I), MMI, 61, Jul., pp.16.
123 Agarwal A K Bandopadhyaya P
1980 Studies on Upgradation of Dugda - I Middlings.
J. Mines, Metals and Fuels, Nov , pp.258.
124 Bandopadhyaya P 1980 Beneficiation of China clay of Purlia Dist (West Bengal).
Proc. Symp. MINEREX 80, RRL, Jammu, Feb 20-21 , pp.1.
125 Bandopadhyay S Gangopadhyaya P K
1980 Some studies on Datara clay Purlia Dist (West Bengal).
Proc. Symp. MINEREX 80, RRL, Jammu, Feb.
126 Kumar J D Bandopadhyay P
1980 Role of Settling Characteristics in Coal Preparation.
Proc. Semr. on Developments on Fine Coal Treatment IE(I), Dhanbad Sub-Centre, Mar. (1980).
127 Pillai K J 1981 A Case for Statistically Designed Coal Flotation Experiments.
Min. Tech. (1981).
128 Pillai K J 1981 Flotation of Coal and Indian Industry.
Urja, 3, (1981) : pp. 203.
129 Chauhan B P S 1981 Coal Washeries in India. Indi. Min. and Engg. Journl XXIV ,pp.1.
130 Pillai K J 1981 Analysis of Results of a set of Flotation Experiments.
Proc. Ann. Meeting of MGMI, Jamadoba (1981).
131 Singhal I K Pillai K J Vanangamudi
1981 Studies on the Effect of Variables on the Flotation of Coal Fines.
Proc. Symp. on Advances in Sci. and Tech of Miner. Bene. In Ind., Hyderabad Dec 15, pp. 229.
132 Kumar J D Bandopadhyay P
1981 Effect of Flocculants on the Settling Behaviour of Indian Coal Fines.
Proc. Symp. on Advances in Sci. and Tech of Miner. Bene. in Ind., AMD Complex, Hyderabad Dec , pp. 725.
133 Bandopadhyay P 1981 Beneficiation of Coking Coal Fines by Oil Agglomeration Process.
Proc. Symp. on Advances in Sci. and Tech of Miner. Bene. in Ind., AMD Complex, Hyderabad Dec ,
27
pp. 254.
134 Khare R N Bandopadhyay P Bhardwaj O P
1981 An Analysis of Hydrocyclone Performance at Rakha Concentrator.
Proc. Symp. on Advances in Sci. and Tech of Miner. Bene. in Ind., Hyderabad Dec , pp. 756.
135 Bandopadhyay S Basu S Gangopadhyay P K
1981 Studies on the Beneficiation of Some China clays of West Bengal.
Proc. Symp. on Advances in Sci. and Tech of Miner. Bene. in Ind., AMD Complex, Hyderabad Dec , pp. 540.
136 Khandal R K Gangopadhyay P K
1981 Some Studies on Bikaner Clays. Proc. Ann. Convention of Agricultural Chemists, Janagrah (1981).
137 Gangopadhyay P 1981 Beneficiation Characteristics of Coal slurries from Indian Coal Washeries.
Proc. Semr. on Coal Min. Coal Beneficiation and Bulk Material handling, MAMC Durgapur, pp. 5.1
138 Subrahmanyam K V S Bandopadhyay P
1982 Studies on Beneficiation Characteristics of Dugda I Coal slurries from Indian Coal Washeries.
J. Mines, Mets. and Fuels, Sept. , pp. 456.
139 Bandopadhyay P 1982 Flocculants in Fine Coal Dewatering
J. of the IE(I), 63, MM 2, , PP.49.
140 Madhusudanan K P Bandopadhyay P
1982 Effect of Process Variables on Oil Agglomeration of Coal Slurries.
J. of the IE(I), 63, MM 2, , PP.49.
141 Swapna Basu Bandopadhyay S
1982 Chemical Decolorisation of China Clay - A review.
Ind. Cer. Soc., 24 (5) , pp.95.
142 Swapna Basu Bandopadhyay S Gangopadhyaya P K
1982 Comparison of Different Methods of Measurement of Surface area of Clays.
Proc. Tech. Session of DVC Chapter, Ind Cer. Soc., Raniganj, Jan (1982).
143 Swapna Basu Bandopadhyay S Gangopadhyaya P K
1982 Characterisation of some Clays from West Bengal.
Proc. Ann. Conv. of Cer. Soc., Morvi, Gujrat, Apr. (1982).
144 1982 Research Needs in Mineral Engineering
Proc. on Training of Personnel in Mineral Engg., MGMI, Calcutta, Feb. (1982).
145 Kumar J D 1982 Flocculants in Fine coal Dewatering
Proc. Workshop on Fine Coal Dewatering, IE(I), Apr. pp.1
146 Vanangamudi M 1983 A Convenient Index for the Assessment of Washability Characteristics of Coal.
J. Mines, Metals and Fuels, Dec. pp.557.
147 Somasekhar B 1983 Flotation Behaviour of Low Ind. Min. and Engg. Jour.
28
Venugopal R Grade Magnesite Deposits of Kodakola area, Mysore.
22/8 , pp.13.
148 Sanyal P, Kudbi G K Khare R N
1983 Effect of Mesh of Grind on Flotation of Rakha ore.
J. of the IE(I), MMI, 64, , PP.48.
149 Khandal R K Gangopadhyaya P K
1983 Some Important Characteristics of Bikaner Clay.
Trans. Ind. Cer. Soc. 42(2), Jul/Aug , pp.40.
150 Bandopadhyaya A Khare R N
1983 Modelling of Hydrocyclone at Rakha Concentrator of HCL.
Trans. Min. Geol. and Metall. Inst. of Ind., 80/2, Oct , pp.75.
151 Chauhan B P S 1983 Coal Washing practice in India. J.Mines, Metals and Fuels, Mar ,pp. 75.
152 Bandopadhyay P 1983 Fine Coal Treatment in India - Problems and properties Characterisation of three Indian clays.
J.Mines, Metals and Fuels, XXXI, 5 , pp. 251.
153 Khandal R K Bandopadhyay P K
1983 Characterisation of three Indian clays.
Tran. Ind. Cer. Soc. 44, 4, Jul-Aug (1983)
154 Vanangamudi M 1984 Studies on Flotation and Oil Agglomeration of Indian Coal Fines.
Proc. Ind. Nat. Sci. Acad, 50, A, 5, May , pp.439
155 Khandal R K 1984 Differential Thermal Analysis Studies on Some Indian Clays.
Proc. Ind. Nat. Sci. Acd., 50, 3,A, May , pp.234.
156 Hazra S K Sarkar G G
1984 Studies on the Effects of Some Variables on Oil Agglomeration Technique of Patherdih Washery slurry.
J. Mines, Metals and Fuels, Aug , pp:391.
157 1984 Coal Preparation in India - problems, Prospects and R & D Needs.
Proc. All Ind. Semr. on Role of R&D in Indian Mineral Industry, IE(I), Bangalore, (1984).
158 Vanangamudi M Jha K M Barnwal J P
1985 Effects of some variables on separation characteristics of Heavy Medium Cyclone for Coal.
J. of the IE (I), MI2,651, may , pp.69.
159 Rajeshwar Rao M Konar M M Vanangamudi M
1985 Effect of process variables and Classification of the Feed on the Performance of Coal Flotation.
J.Mines, metals and fuels, Spl. No. on Mineral Beneficiation, May ,pp.247.
160 Vanangamudi M 1985 Quantification of the Characteristic curve for the Coal Oil Agglomeration Process.
J.Mines, Metals and Fuels, Spl.No. on Mineral Beneficiation, may, pp.263.
161 Bahree R C Bandopadhyay A
1985 Process Analysis pays rich Dividents at Rekha
Trans. Min. Geol. Metall. Inst. Indi. 82,5 ,pp. 33.
29
Concentrator.
162 Hazra S K 1985 Oil Agglomeration Process - A Critical Review.
J. Mines, Metals and Fuels, XXXIII, 9, Jan 10, pp.461.
163 Bhardwaj O P Bandopadhyaya A Khare R N
1985 Improvement in Grinding and Classification Circuit by use of Hydrocyclone at Rakha Concentration Plant.
Proc. of Nat. Semr. on Miner. Process, NMI, Jamshedpur, India, Mar (1985) :
164 Danaih B Bandopadhyaya A Kudbi B K
1985 Improvement of Filter Capacity through Process Control at Rekha Concentration of Hindustan Copper Ltd.
Proc. of Nat. Semr. on Miner. Process, NMI, Jamshedpur, India, Mar (1985) :
165 Singh S P Venugopal R Vanangamudi M
Effect of Some Variables on the Pelletization Characteristics of Low Grade Balaghat Manganese Dump Ores.
Accepted for publication in ind. Min. Engg. Jour.
166 Vanangamudi M Safvi S M M
1986 Operation of Industrial Heavy Medium Cyclone - A case study.
J. of the IE)(I), 67, Nov. pp.25.
167 Vanangamudi M 1986 Evaluation of performance and selection criteria for float-sink coal cleaning equipment.
J.Mines, Metals and Fuels, Oct. , pp. 446.
168 Das R L Bandopadhyaya S Gangopadhyaya
1986 Some Studies on the Physical Methods of Beneficiation of China Clay
Proc. Nat. Semr. on Role of Apl. Sci. in Miner. Ind. Ind. ISM Dhanbad, Sept (1986).
169 Suresh N Venugopal R
1986 Flotation Characteristics of Limestone Fines.
Proc. Nat. Semr. on Fine Particle Processing, ISM, Dhanbad, Aug (1986).
170 Ravichandran R Vanangamudi M
1986 Effects of Flocculants on the Filtration Characteristics of Coal Slurries.
Proc. Nat. Semr. on Fine Particle Processing, ISM, Dhanbad, Aug (1986).
171 Suresh N Venugopal R
1986 Characterisation Studies - An Important Tool in the Formation of Beneficiation Strategy.
Proc. Nat. Semr. on Role of Applied Science in mineral industry, ISM, Dhanbad, Sept (1986).
172 Vanangamudi M Barnwal J P
1987 Effect of Design Variables on the Performance of Water-only Cyclone.
Trans. Ind. Inst. Metals, 40 , pp.45.
173 Vinod Kumar C Venugopal R Kundargi G P
1987 Beneficiation of Dongri Buzurg Dump Manganese ore fines to Battery Grade.
J.Mines. Metals and Fuels, Apr.,pp. 110.
174 Sanyal P 1987 Effect of Dosage of Reagent on the Flotation of Copper Ore.
J. of the IE (I), 68, MMI , pp.29
175 Khare N B 1987 Noise Pollution in Coal Handling and Preparation Plants.
J. of the IE(I), 68, MI2, , pp.22.
176 Venugopal R 1988 Kin1etic and Modelling Aspects J. of the IE(I), 68, MI2, ,
30
Vanangamudi M
of batch Green Pelletization-An Overview1
pp.47.
177 Vanangamudi M Venugopal R
1988 Separation Ch1aracteristics of Different Size and Density Particles in batch coal flotation.
Bull.Mat. Science, 10/5 , pp.435.
178 Vanangamudi M Barnwal J P
1988 Effect of some operating variables on the performance of 76 mm Heavy medium Cyclone.
Bull.Mat. Science, 10/5 , pp.467.
179 Venugopal R Vanangamudi M
1989 Green Pelletization of Manganese Concentrate and Pyriteferous shales.
Trans. IIM, 41,4 Aug , pp.375.
180 Venugopal R Vanangamudi M
1989 Effect of Process variables on Green Pelletization of Particulates - A Statistical Approach
Presented at 40th Ind. Chem. Engg. Congr, Sindri, Dec (1989).
181 Karan A P Venugopal R
1989 Effect of Fineness of feed on Green Pelletization Behaviour of Particulates.
IE(I), (1989).
182 Malay Mondal Venugopal R
1990 A Treatise on Froth Flotation as an Interactive phenomenon
IE (I), (1990), pp.27.
183 Janakiram A Venugopal R
1990 Reagent-particle size interaction in split feed flotation of copper ore.
Accepted for publication in Trans. IIM.
184 Suresh N Vanangamudi M
1991 Mathematical representation of performance of coal cleaning units
IE(I)-MN, 72 , pp.58.
185 Vanangamudi M 1991 Mathematical Models of some Unit Operations in Coal Preparation
Fuel Science &Tech. 10 (1&2), pp.5.
186 Singh Y N Sinha K, Sharma R Vanangamudi M
1991 Performance improvement studies in Heavy Medium Cyclone Circuit at Dugda-II coal washery.
Trans. MGMI, 87(2), pp34-39
187 Venugopal R Vanangamudi N
1991 Kinetic and Modelling studies on some Agglomeration processes.
3rd Int. Symp. on Benef. and agglomeration Jan 1991, Bhubaneswar.
188 Bhima Rao R Narasimhan K S
1991 Additives in Grinding. 3rd Int. Symp. on Benef. and agglomeration Jan 1991, Bhubaneswar.
189 Suresh N Vanangamudi M
1991 Performance studies on 76 mm Autogeneous cyclone treating coal.
3rd Int. Symp. on Benef. and agglomeration Jan 1991, Bhubaneswar.
31
190 Navin Chand 1991 Structure and Potential Application of Redmud.
IM & EJ, Feb, pp.29.
191 Vanangamudi M Govindarajan B Barnwal J P
1992 Model studies on Indian Coal Fines.
Nat.Semr. on Research and Process Dev. in Mineral Prep., Apr 1992 Jamshedpur.
192 Prasad M Rao L S Mazumdar A K Banerjee P
1992 Low grade Rock Phosphate Deposits of M.P.-A Possible Resource for Fertilizer Industry.
Nat.Semr. on Research and Process Dev. in Mineral Prep., Apr 1992 Jamshedpur.
193 Govindarajan B Rao L S
1993 Comparison of Vorsyl Separator and Heavy Medium Cyclone.
Nat.Semr. on Coal Quality May, 1993 Ranchi.
194 Venugopal R Viswanatha D Sanayal P
1993 Flotation Characteristics of Chalcopyrite Ore.
J.IE (I), vol.74, Pt MN I may (1993), pp 12-16.
195 Govindarajan B
1994 Performance and modelling studies on vorsyl separator.
Metals Materials & Proc., Dec. 1994.
196 Sanjeev Rao L Govindarajan B BarnwalJP,Prasad SD
1995 Studies on beneficiation of pyrite cinder
Trans. IIM,Vol.48,No.2, pp129 - 138.
197 Patil D P Barnwal J P Govindarajan B.
1995 Application of centrifugal gravity concentration for Beneification of Alumina rich Indian iron ore slimes.
Indian Iron and Steel Industry”: Vision 2012 Goa, Federation of Indian Mineral Industries.
198 Patil D P Barnwal J P Rao K K
1996 Application of Knelson Concentration to Beneficiate Iron ore slimes.
The Indian Mining & Engineering Journal May-June , pp-26-28.
199 Patil D P Barnwal J P Yerriswamy P.
1998 Effect of dimensionless variables on the performance of Air Sparged Hydrocyclone.
National seminar on Challenges & Achievements in mineral industries held on Sept. 22-24th, Bhubaneshwar.
200 D.P.Patil 1998 Developments in gravity concentration technology
Journal of Mines, Metals & Fuels,Vol.XLVI, pp383 – 388
201 Yerriswamy P Barnwal J.P Govindarajan B Rao K.K
2000 Separation racteristics of Kelsey centrifugal jig
National Seminar on Mineral Processing Technology., IBM, Nagpur April 4 - 6, 2000
202 Nagaraj C.H.M Govindarajan B Barnwal J.P Patil D.P Banerjee P
2000 Comparison of coal cleaning performance in conical and cylindrical dense medium separators
National Seminar on Mineral Processing Technology., IBM, Nagpur April 4 - 6, 2000
203 Udaya Bhaskar K 2000 Mineralogical studies on National Seminar on
32
Rao K.K
the classified products f a water-injection cclone and a hydrocyclone
Mineral Processing Technology.,IBM, Nagpur April 4 - 6, 2000
204 Udaya Bhaskar K Govindarajan B Barnwal J.P Rao K.K
2000 Study on the water distribution charac- teristics in a water and a hydrocyclone
National Seminar on Mineral Processing Technology.,IBM, Nagpur April 4 - 6, 2000
205 Nagaraj C.H.M Barnwal J.P Patil D.P
2000 Beneficiation of coal using Dyna Whirlpool separator
Transactions of the Indian Institute of Metals Vol.53. No.1-2 pp25 - 29
206 Yerriswamy.P Kosala Rao. K Govindarajan. B
2000 Recovery of iron values from tailings using enhanced gravity concentration technique
Proceedings " National Seminar on Environmental Geology and Waste Management, Ed. Viswanath K. April 12-13 Vishakhapatnam.
207 Yerriswamy.P Patil D.P Barnwal J.P Govindarajan. B
2000 Evaluation of different cell technologies for the flotation of Indian coal fines
Indian Mining and Engineering Journal September 2000 pp40-44
208 Nikkam S 2001 Water-only cyclone Journal of Mines and Metals, Oct- 2001
209 P. Yerriswamy J.P., Barnwal, A.K, Majumder, B Govindarajan, K.K. Rao
2002 Performance studies on Kelsey jig treating Gondwana coal fines”
Journal of Mines Metals & Fuels 2002
210 P. Yerriswamy J.P., Barnwal, B Govindarajan, K.K. Rao
2003 Performance of Kelsey Jig using factorially designed experiments”
Journal of Institution of Engineers(India) Vol, 83, February 2003, pp. 55 - 60
33
.
Personal Details:
1. Name : Dr (Prof.) T.C.Rao
2. Date of birth : 18.09.1940
3.Corresponding address with telephone/e- mail:
Dr (Prof.) T.C.Rao,
Flat No.402, Jagdish Residency,
Door No.5, R.K.Puram,
Hyderabad – 500 035
: 09791010257, 04024038200
e-mail: [email protected]