NANO TECHNOLOGY

2010-01-27T08:09:00.000-08:00

Aim & Scope:

Course Objectives:

Resource Persons & Prominent Speakers:

The course lectures will be delivered by eminent speakers drawn from R&D centres and institutions of academic excellence across India.More

Eligibility & Selection Criteria:

The course is open to the teachers, research scholars, and students of engineering/polytechnic colleges of any discipline. Interested industry personnel are also eligible. Number of participants is limited to 40. Participants shall be selected on first come first served basis.

2009-02-01T08:36:00.000-08:00

SPONSORS:

Details update soon......

2009-02-01T08:33:00.000-08:00

PROGRAM SCHEDULE

Tentative Schedule for the “three day short term course on

SYNTHESIS AND CHARACTERIZATION OF NANOMATERIALS

(With Case Studies): SCNM-2010 during 25^th – 27^th February 2010”:

S.No.	Date	Time	Event	Topic	Speaker
1.	25-2-2010	9.30-11.00	Registration & Inauguration	Inaugural Speech	The Chief Guest and Guest of Honor
2.		11.00-11.30	High Tea	--	--
3.		11.30-13.00	Lecture-1	Introduction to NanoTechnology, NanoMaterials, Theme talk	Dr.P.K.Jain
4.		13.00-14.00	Lunch	--	--
5.		14.00-15.30	Lecture-2	Synthesis & Characterization of carbon nanotubes	Dr.P.K.Jain
6.		15.30-15.45	Tea break	--	--
7.		15.45-17.00	Case Study-1	Self Lubricated Cutting tools and Nanocoatings	Dr.D.Nageswara Rao
8.	26-2-2010	9.30-10.45	Case Study-2	Synthesis and Characterisation of Electroless Ni-P Nanocoatings	Dr.Elansezian
9.		10.45-11.00	Tea Break	--	--
10.		11.15-12.30	Case Study-3	Nanofluids as effective coolants- A case study	Dr.R.R.Srikant
11.		12.30-13.30	Lunch	--	--
12.		13.30-15.00	Lecture-3	The Art & Science of X-Ray Diffraction (XRD) Technique as a tool for material Characterization	Dr.G.V.N.Rao
13.		15.00-15.15	Tea Break	--	--
14.		15.15-16.45	Lecture-4	An X-Ray diffractionist view of Nanomaterials	Dr.G.V.N.Rao
15.	27-2-2010	9.30-10.45	Lecture-5	To be updated	Dr.R.K.Mittal/ Dr.P.Mohanan-NIT suratkal Professor
16.		10.45-11.00	Tea Break	--	--
17.		11.15-12.30	Case study-4	Nanomaterials for Energy Storage	Sri. R.C.Reddy
18.		12.30-13.30	Lunch	--	--
19.		13.30-15.00	Case Study-5	Wear Analysis of nanocomposites	Dr.R.N.Rao
20.		15:00-16:00	Lecture-6	Growing Nanostructures using FIB (Focused Ion Beams)	Dr J. Ram Kumar / Sri. D. Suneel (PhD)
21.		16.00-16.15	Tea Break	--	--
22.		16.15-17.00	Valedictory	Certificate Distribution / Participant Views	Participants

2009-01-27T08:01:00.000-08:00

About K L University:
K L University is a pioneer in the field of Engineering Education and Research in private sector in the state of Andhra Pradesh. Koneru Lakshmaiah College of Engineering (KLCE) affiliated to Acharya Nagarjuna University was established in the year 19SO. The college became Autonomous in the year 2006 and from 2009 onwards it has become K L U Deemed to be University.
K L University is located in a 44 acre campus abutting Buckingham Canal, about 9 km from Vijayawada railway station, at Vaddeswaram, Guntur District, Andhra Pradesh. The nearest city is Vijayawada and is well connected by National Highway and Railways with Clierinai (440 Km.), Hyderabad (275 Km.) and Visakhapatnam (3S5 Km.). We have daily flights to Vijayawada (Gannavaram Airport) from various airports like Chennai. Hyderabad and Bangalore.More details..

About Department:
It was established in the year 1980 as one of the founding departments. It has a strong back up of 54 faculty members with 10 professors having Ph.D. degrees in the most demanding areas of Mechanical Engineering. The department is offer ing pro grams atUG, PG, and PhD levels. The department has well established conventional laboratories as well as five centers of excellence. The department is executing R 8r D and Consultancy projects funded by AICTE, UGC and DRDO. More details..

2008-01-29T04:58:00.000-08:00

HELPDESK:
TA/DA & Accommodation:

No TA/DA will be paid.

Accommodation can be arranged for all the outstation participants with prior request and advance payment of the tariff. Limited accommodation is available in the university hostels.

Important Dates:

Last date for receiving completed registration form along with registration fee: 10/02/2010. Confirmation about selection to be sent by e-mail: 12/02/2010

Contact Person:

Mr. D. Suneel, Associate Professor,

Dept. of Mech. Engg., K L University, Vaddeswaram, Guntur(dt), A.P-522 502

Ph: +91-9441895535

Email: coordinatorscnm2010@gmail.com

2008-01-27T09:34:00.000-08:00

ROOT MAPS

FROM VIJAYAWADA

2008-01-27T09:21:00.000-08:00

Resource Persons:

The course lectures will be delivered by eminent speakers drawn from R&D centres and institutions of academic excellence across India.

Prominent Speakers:

Dr.R.K.Mittal, Prof., BITS, Pilani.

Dr.D.Nageswara Rao, Prof., AU, Vizag.

Dr.G.V.N.Rao, Scientist 'F', ARCI, Hyderabad.

Dr.P.K.Jain, Scientist 'E', ARCI, Hyderabad.

Dr.R.C.Reddy, Scientist 'C', C-MET, Hyderabad.

Dr.J.Ram Kumar, Asst. Prof. IIT, Kanpur.

Dr.R.N.Rao, Prof., NIT, Warangal.

Dr.R.Elansezhian, Asso. Prof., Pondicherry Engg. College.

Dr.R.R.Srikant, GITAM Univ., Vizag.

D.Suneel (Ph.D), K L University, Guntur(dt).

2008-01-27T09:20:00.000-08:00

Course Objectives:

Size, surface and confinement effects form the foundations of Nanoscience and Nanotechnology that has been recognized as of key importance in science, technology and economics in the 21st century. Knowing the synthesis and characterization is crucial to the teachers who will cope with issues such as nano- materials for various applications. The course shall acquaint the participants with the basic synthesis techniques and concepts on characterization. The participants will be able to get a good understanding of fundamental knowledge and analytical skills towards designing new functional nano-materials.

2008-01-27T09:18:00.000-08:00

Aim & Scope:

Nanotechnology creates and works with small materials at the scale of molecules by manipulating single atoms. The name nano comes from the size of molecules, which is measured in nanometers - or one billionth of a meter (0.000000001 meter). The goal of nanotechnology is to control individual atoms and molecules to create computer chips and other devices that are thousands of times smaller than current technologies permit. Beyond being used in computers, communication and medical related devices, nanotechnology could be used to design other products, change the properties of materials and make advances in the field of mechanical engineering.

This course highlights the applications of nano-materials in the field of mechanical engineering and enables the participants to choose a research area by the end of the workshop

2008-01-27T08:23:00.000-08:00

Registration Fee:

Faculty : Rs. 2000/-

Participants from Industry : Rs. 3000/-

Students (UG & PG) : Rs. 500/-

Research Scholars : Rs. 1000/-

Registration fee includes workshop proceedings, working lunch, tea & snacks.

Mode of Payment:

All payments should be made by demand draft in favour of -The Coordinator, SCNM-2010 payable at Vijayawada.

TA/DA & Accommodation:

No TA/DA will be paid. Accommodation can be arranged for all the outstation participants with prior request and advance payment of the tariff. Limited accommodation is available in the university hostels.