IIT Guwahati Offers:
QIP SHORT TERM COURSE
ON
Finite Element Analysis & Signal
Processing in Rotor-Bearing Systems
December 19th –23th, 2005
Department of Mechanical
Engineering
Indian Institute of
Technology Guwahati
North Guwahati, Guwahati -
781 039
Teachers and professional engineers need to be introduced the fundamentals of Finite Element Analysis & Signal Processing in Rotor-Bearing Systems. Rotor-bearing systems of modern high-speed rotating machineries constitutes a complex dynamic system. With the advancement in high-speed machinery and increase in the power/weight ratio, the determination of the rotor dynamics characteristics through reliable finite element modeling has gained prime importance. The advancement in modern instrumentation, computational capabilities and numerical methods has helped in the analysis and vibration signal processing of these complex systems.
In this course
teachers/scientists/engineers are given a complete understanding of
Rotor-Bearing systems and allied areas from very basic vibrations to advanced
modeling, analysis and signal processing techniques. This course helps the
participants in understanding the rotordynamic problems in practical
situations. They will be to implement the ideas of modeling, simulation and techniques
for dynamic analysis and signal processing in practical situations and for
research purpose.
·
Introduction to linear and non-linear dynamic systems, finite
element methods and vibration signal processing.
·
Analysis in rotor-bearing systems: Critical speeds, unbalance
response, gyroscopic effects and instability.
·
Bearings: Tribology of bearings – Fluid film and rolling element
bearings.
·
Signal processing in rotor-bearing systems: Balancing of rotors,
bearing dynamic parameter estimation.
·
Hands-on laboratory classes on dynamic balancing of rotors,
bearing dynamic parameter estimation etc.
·
Hands-on laboratory classes on the MATLAB software package.
Faculty members of IIT Guwahati and guest faculty members from other premier Institution/ Organization will deliver lectures.
COURSE MATERIAL
Each registered participant will be provided with a set of comprehensive lecture notes.
ABOUT IIT GUWAHATI
IIT Guwahati campus is spread over a sprawling 285 hectares plot of
land on the north bank of the river Brahmaputra around 25 km from the heart of
the city. With the majestic Brahmaputra on one side, and with hills and vast
open spaces on others, the campus provides an ideal setting for learning.
Guwahati city (situated at 910 44’ E longitude & 260
10’ N latitude) is gateway to beautiful NE region of the country and
linked with all major cities by rail, road and air. Guwahati has a temperate climate with temperature varying between
70C to 370C. Summer span is usually from May to
September. Buses (from Institution of Engineers Building, near Panbazar
over-bridge), auto-rickshaws and taxis are available from Guwahati City to the
IIT Guwahati Campus.
FINANCIAL ASSISTANCE
Limited number of Participants from AICTE recognized engineering institutions
will be eligible for to and fro railway fare via shortest route in sleeper
class and free lodging and boarding in the hostel during course period.
Candidates attending the course in full only will be eligible for TA and DA.
For all other participants no TA/DA will be paid by IIT Guwahati
QIP SHORT TERM COURSE
ON
Finite Element Analysis & Signal Processing in
Rotor-Bearing Systems
Dec 19-23, 2005
Application Form
1.
Name
(block letter):
2.
Designation
& pay scale:
3.
Organisation:
4.
Address
for communication:
Pin code: Ph. No.:
Fax No. E-mail:
5.
Highest
Academic Qualification:
6.
Specialisation:
7.
Experience
(in years):
(a) Teaching: (b) Industrial:
8.
Amount of TA required as per entitlement mentioned in this
brochure (only for AICTE approved college teachers):
9. Choice of Accommodation:
Hostel /Guest House
Please register me for the course on “Finite Element Analysis & Signal Processing in Rotor-Bearing Systems” to be held at IIT Guwahati.
Place:
Date: Signature of the applicant
SPONSORSHIP
Prof./Dr./Mr./Ms../Mrs./_______________________
is an employee of our institute and his/her application is hereby sponsored. The applicant will be permitted to attend the short-term course “Finite Element Analysis & Signal Processing in Rotor-Bearing Systems” at IIT Guwahati during December 19-23, 2005, if selected.
Date: Signature of Sponsoring Authority
Designation:
Official Seal:
For applicants from Industries and Government Departments:
DD No. Date:
Bank:
Amount:
Signature of the Applicant
The duly sponsored application form should be mailed to:
QIP Short Term Course
Department of Mechanical
Engineering
Indian Institute of
Technology Guwahati
North Guwahati, Guwahati –
781 039, Assam
Ph. No.: 0361 2582667 (O),
2584667 / 2691090 (R)
Fax No.: 0361 2690762
Email: rtiwari@iitg.ernet.in
The course is open to
teachers of mainly to Engineering Colleges and a few polytechnics approved by
AICTE. No course fee is charged for participants sponsored by
AICTE approved institutions. However, Rs 1000/- caution-money has to be sent by
the provisionally selected participants, which will be returned only when
participant joined the course.
Participants from
Governments Departments and Industries are eligible, provided they meet their
T.A. and D.A. and pay a course fee @ Rs. 2500/- and Rs. 5000/- respectively.
The payment is to be made by demand draft drawn on any Nationalised Bank in
favour of QIP, IIT Guwahati,
payable at Guwahati.
Boarding and lodging facilities will be provided for the selected candidates from AICTE approved institutions in the student’s hostels of the institute. However, lodging can be arranged in the Institute Guest House on payment of rent (subject to availability) as per the rate given below.
Single occupancy: Rs. 150/- per day
Double occupancy: Rs. 200/- per day
IMPORTANT
DATES
The last date for the
receipt of duly sponsored applications: 30 Nov. 2005
Intimation of Selection: 30.11.2005
N.B. Interested candidates may
send advance copy of the application duly countersigned by the Head of the
Department / Controlling Officer (for sponsored candidate) to avoid procedural
delay.