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Online short term course on MODELLING AND SIMULATION FOR TRANSPORT PROCESSES

Online short term course on 

MODELLING AND SIMULATION FOR TRANSPORT PROCESSES


ORGANIZED BY
Department of Chemical Engineering
National Institute of Technology
Hamirpur – 177005
Himachal Pradesh-India

ABOUT NIT HAMIRPUR 

National Institute of Technology Hamirpur is one of the thirty-one NITs of the country, which came into existence on 7th August 1986 as Regional Engineering College, a joint and cooperative enterprise of the Govt. of India and Govt. of Himachal Pradesh. On 26th June 2002, REC Hamirpur was awarded the status of Deemed University and upgraded to National Institute of Technology. NIT Hamirpur is an institute of National importance set up by an act of Parliament namely the National Institute of Technology Act 2007 which received the accent of the President of India on 5th June, 2007.

Online short term course on MODELLING AND SIMULATION FOR TRANSPORT PROCESSES [Only for Rs 200]




ABOUT CHEMICAL ENGG. DEPT. 

Department of Chemical Engineering was established in the year 2013, with a mission to impart high quality engineering education and to mold the students to meet the ever-growing demand of technical manpower in the field of Chemical Engineering. The department offers three programs B. Tech, M.Tech and Ph.D. The department comprises of several laboratories for the undergraduates catering to the needs of the curriculum. In addition, computational/ experimental and research laboratories for the postgraduates and doctoral resources are already in place. All the faculties are highly qualified and well dedicated to teaching and research in various fields of chemical engineering as well as in different interdisciplinary areas of engineering.


ABOUT THE STC 

Modeling and Simulation has been a primary tool for academicians, researchers, and industrialists. It is a complementary tool to the experimentations where some analytical/computational tools are used to calculate the results of physical phenomena. In this way, actual experimentation can be avoided which is costly and time-consuming instead of mathematical knowledge and computer computation power to solve real-world problems cheaply and in a time efficient manner. Therefore the short-term course will provide basic ideas and concepts to design a model of any physical experimental set-up and simulation for the results. Subsequently, it will be helpful in translating pilot-plant to industrial scale. 


This e-STC has many hands-on training sessions on the modeling of various real-life examples such as reactor, heat exchanger, and microfluidic devices and their simulation to get optimum design parameters for physical set-up. This course will be helpful for UG/PG, Ph.D. students, faculties, and industrialists to enhance their knowledge in the field of modeling and simulation. The participants will be benefited by prominent speakers from reputed institutions and R&D organizations to clear fundamental/analytical and numerical aspects whereas visualization of transport processes through pre-processing, solver, and post-processing through hands-on sessions with available computational tools such as COMSOL Multiphysics, Ansys, MATLAB.


OBJECTIVES OF THE STC  

  1. To provide fundamental knowledge of mathematical modeling required for mass, momentum, and heat transfer processes. 
  2. To get approximate results from analytical/numerical modelling and simulation before actual physical experimentation. 
  3. To validate modeling and simulation results with the experimental data.


THRUST OF THE STC 

  1. This well organized STC is divided into two parts. 
  2. It includes fundamentals on modeling and simulation with background of mass, momentum and energy transport processes. 
  3. It consists of basic concepts, pre-processing and post processing with hands on exercises with COMSOL Multiphysics, ANSYS and MATLAB.


WHO CAN APPLY 

Students- UG, PG, Ph.D. 
Faculty Members 
Other professionals - Engineers and scientists from Industry and R&D organizations

PARTICIPATION FEE 

Student (UG/PG/PhD): Rs. 200 
Academia/ R&D Labs: Rs. 500 
Industry participants: Rs. 1000


IMPORTANT DATES 

Last Date of Registration: 02/11/2020 
Confirmation to Participants : 03/11/2020
Course dates: 04 - 08th November 2020

HOW TO APPLY 

The interested candidates must deposit the registration fee through SBI collect with the following procedure

  1. Go to SBI collect and choose Himachal Pradesh as state of Institution and type of Institution as educational institute 
  2. Choose NIT Hamirpur from Name of the Institutions and Select payment category as WORKSHOP FDP STC CONFERENCE 
  3. Generate the payment slip and attach it with the registration form available at the following link



NB: E-Certificate will be provided to those registered participants whose minimum attendance is 75% of the program


CONTACT PERSON

Dr. T.C. Kumawat
Assistant Professor
Department of Chemical Engineering
NIT Hamirpur- 177005 (H.P.) India
Email: tckumawat@nith.ac.in
Phone: +91-9761907650

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