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Subrat SaurabhAuthor of Kuch Woh PalProfile of Dr. A. RAMESH Dr. A. RAMESH M.E, Ph.D, MISTE, FTSI, FIIPM, FIE,MIAENG,MIESIS. No 75,9th cross, Muneshwaranagara, Ullal road,Jnanabarthi Post, Bangalore -560056, India. E-mail: ananthakesavacharramesh@gmail.com Mobile: +91 – 9448104666, +91 - 09000486465 Objectives: v Seeking a challenging career in Education management/Mechanical Engineering, where my enthusiasm and conceptual skills could be utilized and contributed to the management of related operations. v To Contribute to the field of Engineering and Technology by Research and become the beRead More...
Profile of
Dr. A. RAMESH
Dr. A. RAMESH M.E, Ph.D, MISTE, FTSI, FIIPM, FIE,MIAENG,MIESIS.
No 75,9th cross, Muneshwaranagara,
Ullal road,Jnanabarthi Post,
Bangalore -560056, India. E-mail: ananthakesavacharramesh@gmail.com
Mobile: +91 – 9448104666, +91 - 09000486465
Objectives:
v Seeking a challenging career in Education management/Mechanical Engineering, where my enthusiasm and conceptual skills could be utilized and contributed to the management of related operations.
v To Contribute to the field of Engineering and Technology by Research and become the best Academician andResource Person
Strengths:
v Ph.D from MysoreUniversity, Bangalore.
v Guided / Guiding various PhD Scholars, PG & UG Students.
v Published 100+papers in various International / National Journals and International / National Conferences.
v Around 30 years of experience in total constituting:
Ø Teaching Experience – 29+ years
Ø Research Associate Experience in R & D Centre – 4 years
Ø Industrial Experience - 1 year
v Strong background in Mechanical Engineering, exceptional skills in communication, presentations with demonstrated abilities in delivering lectures.
v Excellent Troubleshooting Skills; Tenaciously Committed to the Thorough Resolution of Technical Issues; Good interpersonal, Time Management Skills and the Ability to Work Well in a Team Environment.
Positions Held (Starting from current):
Ø Principal in B.I.T.Institute of Technology, Beerepalli, Kadapa road, Hindupur.
Duration: Aug-2015 to till date
Ø Principal in Gates Institute of Technology, Gootyananthapuram, Goooty, Ananthapur (Dist).Duration: June-2006 to Aug 2015 [Teaching/Administration]
Ø Principal in B.I.T.Institute of Technology, Beerepalli, Kadapa road, Hindupur.
Duration: June-2005 to June-2006 [Teaching/Administration]
Ø Professor in East Pointcollege of Engineering and Technology, Bangalore.
Duration: April-2005 to June-2005 [Teaching]
Ø Associate Professor in East Point college of Engineering and Technology, Bangalore.
Duration: April-2002 to April-2005 [Teaching]
Ø Assistant Professor & HOD in B.T.L Institute of Technology, Bangalore.
Duration: April-2000 to April-2002 [Teaching]
Ø Lecturer in R.V.College of Engineering, Bangalore.
Duration: 1998 to 2000 [Teaching]
Ø Lecturer in DayanandSagarCollege of Engineering, Bangalore.
Duration: 1997 to 1998 [Teaching]
Ø Lecturer in AdhiyammanCollege of Engineering, Hosur.
Duration: 1995 to 1997 [Teaching]
Ø HOD in Ananda Marg Polytechnic, Malur.
Duration: 1992 to 1995 [Teaching]
Ø Lecturer in Ananda Marg Polytechnic, Malur.
Duration: 1990 to 1992 [Teaching]
Ø Quality Control Engineer in Devilog systems, Peenya, Bangalore
Duration: 1989 to 1990 [Industry]
Memberships of Technical Bodies:
Ø Fellowof Institute of Engineers (FIE).
Ø Fellow of Tribology Society of India (FTSI)
Ø Fellow of Indian Institute of Production & Management Engineering (FIIPM)
Ø Fellow Member of International Society for Research and Development(FISRD)
Ø Life Member of Indian Society for Technical Education (MISTE)
Ø Member of International Association of Engineers (MAENGG).
Ø Member of International Environmental and Information Sciences (MISEIS).
BOOKS PUBLISHED:
1. PARTICULATE FILLED POLYMERIC COMPOSITE MATERIAL, Investigation on Tribological Properties ISBN; 978-620-2-80193-5,INTERNATIONAL LAMBERT ACADEMIC PUBLISHING.
2. BIODEGRADABLE PLYMER NANO COMPOSITES, Food Processing and Packaging ISBN; 978-620-2-80204-8, INTERNATIONAL LAMBERT ACADEMIC PUBLISHING.
3. AL-6061-GRAPHITE-TUNGSTEN CARBIDE HYBRID COMPOSITES, Synthesis and property Evaluation ISBN; 978-620-2-79958-4,INTERNATIONAL LAMBERT ACADEMIC PUBLISHING.
4. ALUMINUM-ALBITE-GRAPHITE COMPOSITES, Synthesis and property Evaluation ISBN; 978-620-2-80913-9,INTERNATIONAL LAMBERT ACADEMIC PUBLISHING.
5. POLYMER COMPOSITES FOR SPACE APPLICATIONS, Characterization of Glass FibreReinforced Polyurethane composite material ISBN; 978-620-2-81453-9,INTERNATIONAL LAMBERT ACADEMIC PUBLISHING.
6. HARDFACING FOR AISI-1020 STEEL, ISBN; 978-620-2-80193-5 INTERNATIONAL LAMBERT ACADEMIC PUBLISHING.
7. SYNTHESIS AND CHARACTERIZATION OF EPOXY HYBRID COMPOSITE REINFORCED WITH GLASS FIBRE AND FILLERS NAMELY BLACK GRANITE, WHITE GRANITE AND STONE POWDER PARTICLES ISSN; 2273-0181 INTERNATIONAL JOURNAL OF ENGINEERING RESEARCH AND TECHNOLOGY PUBLISHING. (IJERTTH0015)
Publications in National Journals:
1. G.R.C.Pradeep1, A.Ramesh2, G.B.Veeresh Kumar3 “EFFECT OF Al2O3 PARTICULATE REINFORCEMENT IN Al6061 ALLOY” published in Material Science Research India (An International Research Journal of Material Sciences), Vol.6(2), 453-458, 2009
2. A.R.K.SWAMY1, A.RAMESHA2, J.N.PRAKASH3,VEERESH KUMAR G.B.4, Mechanical and Tribological properties of as-cast Al6061-Tungsten Carbide Metal Matrix Composites, an International Research Journal of Material Science Research India Vol.7(2),355-368(2010)(Copy of Abstract enclosed)
Publications in International Journals:
K.W.H Seah, S.C. Sharma, A.Ramesh. "Mechanical properties of cast 6061, Aluminium/Albite particulate composites", published in LO 1399, lmech -2000, Proc of Institute ofMechanical engineers, VOl -2 I 4' part -L.
S.C.Sharma, K.W.H Seah, M.Krishna&A.Ramesh, “Oxidation behavior of 6061 Aluminium/Albite composites at high temperature", published in the journal of alloys and Compounds, 306(2000) 270-276.
S.C.Sharma, A.Ramesh, “Effect of heat treatment on mechanical properties of particulate reinforced AL6061 composites" published in Journal of Materials Engineering &Performance Vol 9(2000) 1-5Read Less...
Metal matrix composites (MMC) possess significantly improved properties such as high specific strength, specific stiffness and good wear resistance when compared to monolithic metals. In the present scenario, the development of MMC plays a vital role in Industrial applications for Lighter materials due to their high specific strength, specific stiffness and wear resistance.In the class of various reinforcements used, fly ash is a most inexpensive and lo
Metal matrix composites (MMC) possess significantly improved properties such as high specific strength, specific stiffness and good wear resistance when compared to monolithic metals. In the present scenario, the development of MMC plays a vital role in Industrial applications for Lighter materials due to their high specific strength, specific stiffness and wear resistance.In the class of various reinforcements used, fly ash is a most inexpensive and low density and low-cost reinforcement available in abundant quantities as solid waste by- product during the combustion of coal in thermal power plants.Squeeze cast composites resulted in better mechanical properties with an increase in wear resistance. Optical Micrograph revealed finer bonding between the matrix i.e. Al-4.5 wt.% Cu alloy and the reinforcements (fly ash and SiC). SEM analysis exhibited diffusion of the reinforcements in the matrix. Castings produced by squeeze casting technique were further broadened for the Forging process by fabricating a connecting rod with the base alloy and the composite. The same experimental work was validated by FEM analysis to compare the results is been presentede in the book eloberatly.
The natural fibre composites have created much interest among the researchers due to their low cost, easy availability and enhancement in their properties. Many plant based natural fibres like banana, sisal, hemp, jute, oil palm, coir, kenaf etc. have been studied extensively by the research community. Sansevieria Trifasciata fibre is one such plant based leaf fibre which has not been explored to a greater extent by the research fraternity. The cellulose conte
The natural fibre composites have created much interest among the researchers due to their low cost, easy availability and enhancement in their properties. Many plant based natural fibres like banana, sisal, hemp, jute, oil palm, coir, kenaf etc. have been studied extensively by the research community. Sansevieria Trifasciata fibre is one such plant based leaf fibre which has not been explored to a greater extent by the research fraternity. The cellulose content of this fibre is almost near to 80% which means it could be a potential replacement for synthetic fibre, as it could enhance tensile strength and other properties. The main objective of this book is to utilize the Sansevieria Trifasciata fibre as a potential reinforcement along with matrix composites. Unsaturated resin is used as matrix because of its low cost and easy use.
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