teqip iii sponsored · teqip-iii sponsored one-week online short term course (e-stc) on...
TRANSCRIPT
TEQIP-III Sponsored
One-week Online Short Term Course (e-STC)
On
Computational and Experimental Studies on Failure of
Materials September 13-17, 2020
Organized by
Department of Industrial & Production Engineering Dr B R Ambedkar National Institute of Technology Jalandhar - 144011
Punjab, INDIA http://www.nitj.ac.in
Chief Patron Prof (Dr) Lalit Kumar Awasthi
Director, NIT Jalandhar
Patron Dr Rajeev Trehan Head, Deptt of IPE
Course Convener Dr SS Bhadauria
Course Coordinator Dr Rajeev Verma
Course Coordinator Dr Varun Sharma
Course Organizer Dr Rakesh Kumar
OUR DISTINGUISHED SPEAKERS
Prof Sudhir Kumar Barai,
Director, Birla Institute of
Technology and Science, Pilani,
Rajasthan
Prof U.S Dixit
Department of Mechanical
Engineering, IIT Guwahati ,
Assam
Prof Rajesh Kumar
Department of Mechanical
Engineering, SLIET Longowal,
Punjab
Dr Dinesh Kumar
Department of Mechanical
Engineering, MNIT Jaipur ,
Rajasthan
Dr Avadhesh Kumar Sharma
Department of Mechanical
Engineering, REC Mainpuri,
Uttar Pradesh
Dr Rajesh Sharma
Department of Mechanical
Engineering, NIT Hamirpur,
Himachal Pradesh
Dr. Shailendra Singh Bhadauria
Department of Industrial &
Production Engineering, NIT
Jalandahr, Punjab
Dr Pramod Kumar
Department of Mechanical
Engineering, NIT Jalandhar,
Punjab
Contact: [email protected]; [email protected], [email protected]
Mobile: +91-9779030399; +91-9464740847; +91-8591113750
Department of Industrial & Production Engineering
Dr B R Ambedkar National Institute of Technology Jalandhar - 144011, Punjab, INDIA
http://www.nitj.ac.in
COURSE OUTLINE
Contact: [email protected]; [email protected], [email protected]
Mobile: +91-9779030399; +91-9464740847; +91-8591113750
Department of Industrial & Production Engineering
Dr B R Ambedkar National Institute of Technology Jalandhar - 144011, Punjab, INDIA
http://www.nitj.ac.in
For Registration: Click the link below or Scan the QR code
https://forms.gle/qfquMjxnthWipJeN6
Last date to apply: September 7, 2020.
Prior registration is mandatory to attend the STC.
No registration fee however, limited seats are available. Registration
will be on first come - first serve basis.
Webinar meeting link and other instructions shall be shared to all
registered participants via e-mail / WhatsApp.
E-certificate shall be issued to the participants on successful
participation of the course.
REGISTRATION
The competitiveness of design and manufacturing sector depends on deep understanding of how and why
failure occurs in various materials. The current trend of miniaturization, the emergence of advance materials
and the growing demand of customized manufacturing is proving catalytic in bringing a major
transformation in the areas of advanced experimental techniques, robust design and understanding physics of
failure. Research communities all over the globe are venturing on newer experimentations leading to further
push to these areas. Variety of topics have been considered in order to get versatility in conducting research in
large dimensions. Lecture series includes talks on failure, fracture, condition monitoring, structural health
monitoring, mathematical formulation, vibration, etc will provide an insight to the new researchers to
understand the physics of problem. The proposed ‘Short Term Course’ intends to enhance the awareness level
of the young research community of this area through a three stage strategy:
• In general, the course would facilitate scaling‐up of demand‐driven research & development.
• Specifically, the course would motivate participants towards pursuing the research in the cognate
areas of solid mechanics, fracture mechanics, plasticity, condition monitoring applied to modern
machining, joining, forming etc.
• Indirectly, the course also intends to reinforce the teaching of the focused areas of STC among the
participating faculty members.
ABOUT THE COURSE
Course intends to cover various types of experimental and computational studies for failure of materials:
• Application of finite element method
• Failure studies related to composite materials
• Multiscale modeling in FEM
• Big Data Analytics techniques
• Experimental studies related to failure and fracture