Dr. Arvind Kumar
Email: arvindkr@iitk.ac.in
Department of Mechanical Engineering, IITK
webpage: https://home.iitk.ac.in/~arvindkr
An intensive course on Multiscale Modeling and Simulation Techniques for 3D Printing will be offered during March 8-13, 2021, under the Continuing Education Programme of I.I.T. Kanpur. It is sponsored by Quality Improvement Programme, All India Council of Technical Education, New Delhi. The course is designed to cater the needs of teachers and students, scientists from R & D houses and Labs and practicing engineers from industries. This course will be specifically useful for persons who are concerned with teaching, research and industrial applications of metal and polymer 3Dprinting, modeling and simulation techniques and linking modeling and simulation to printed part design, defects and properties prediction.
Worldwide, 3D Printing has become the epicenter of research activities in both academia and industry. The market disruption caused by 3D Printing has huge stakes and the research problems are vast. Issues like quality, defects, making it usable right at the first time are several key challenges the industry is grappling with. Despite the extensive research and development going on throughout the world, India remains lagging behind and that hugely compromises the ethos of Make In India. This course shall prove key to create a conducive environment of 3D Printing related research.
In this course, first the potential of 3D printing in the aerospace, automotive, biomedical and other industries along with an overview of the current research scenario will be provided. After acquainting the participants with the opportunities and research potential, the course will take them to the depth of the multiscale modeling and simulation and its application in investigation of 3D Printing of Metals and Polymers. The effects of length scales on the modeling and corresponding computational needs will be discussed. Knowledge of various modeling methods and tools, both open-source and commercial software, shall be passed on to the participants. Demonstration of the simulation and experiments will also be provided.
Introduction and current status of 3D Printing, Metal and Polymer 3D Printing, Need of multiscale modeling and simulation, Simulation tools - Open source, Commercial software.
Introduction to modeling of metal 3D Printing, Powder Bed Fusion (PBF), Directed Energy Deposition (DED), Defects, Demonstration of modeling and simulation for PBF and DED processes.
Introduction to modeling of polymer 3D Printing, Defects, Demonstration of modeling and simulation - printed part design, defects and properties control.
Coupling of multiscale and multiphysics issues, Experimental techniques, Model validation strategies, Linking modeling and simulation to printed part design, defects and properties prediction.
Date Day |
Session 1 10.00 - 11.00 |
Session 2 11.00 - 12.00 |
Session 3 03.30 - 04:30 |
Session 4 04:30 - 05:15 |
---|---|---|---|---|
08 March 2021 Monday |
Introduction to 3D Printing | Metal and Polymer 3D Printing - Current Status | Need of Modeling and Simulation | Open Interaction & Discussion |
09 March 2021 Tuesday |
PBF - Modeling and Simulation Methods | Multiscale Aspects in PBF | PBF Simulation Demo -Results and Analysis | Open Interaction & Discussion |
10 March 2021 Wednesday |
DED - Modeling and Simulation Methods | Multiscale Aspects in DED | DED Simulation Demo -Results and Analysis | Open Interaction & Discussion |
11 March 2021 Thursday |
Droplet Based 3D Printing - Modeling and Simulation Methods | Droplet Based 3D Printing Simulation Demo - Results and Analysis | WAAM - Modeling and Simulation | Open Interaction & Discussion |
12 March 2021 Friday |
FDM Polymer 3D Printing - Modeling and Simulation | FDM Polymer 3D Printing Simulation Demo - Results and Analysis | Advanced Topics - Part Design, Support, Slicing. Demo with an Actual Part | Advanced Topics - Topology, Lattice Structure. Demo with an Actual Part |
13 March 2021 Saturday |
Advanced Topics - Building Part Thermal and Stress Simulation. Demo with an Actual Part |
Valedictory |
Dr. Arvind Kumar
Department of Mechanical Engineering,
IIT Kanpur
Email: arvindkr@iitk.ac.in
1. Faculty from AICTE Institutes coming under QIP program (maximum 30) |
No Registration fees |
2. Faculty from private/autonomous Institutions: Non IITK Faculty |
Rs. 5,900/- (Including GST) |
3. Students of IITK/Research staff of IITk IITK Student |
Rs. 3,000/- |
4. Students from other Educational Institutions: Non IITK Students |
Rs. 4,720/- (Including GST) |
5. Participant from Industry and R&D labs: Industrial Participant |
Rs. 8,260/- (Including GST) |
Cancellation charges all categories (if done before 28/02/2021) : Rs. 1000/-
Registrations have been closed now...
Step 1: Make Payment according to your category
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Course Code | 2020/25 |
Course Title | Mutiscale Modeling and Simulation |
Course Duration | 08/03/2021 to 13/03/3021 |
Participants Category Course Fees + 18% GST IITK Students needs to pay only course FEE |
IITK Student (Rs. 3000/-) Non IITK Student (Rs. 4,720/-) Non IITK Faculty (Rs. 5,900/-) Industrial Participants (Rs. 8,260/-) |
Registrations have been closed now...
Vinay Kumar
QIP IIT Kanpur
Email: qip@iitk.ac.in
Phone: 0512-259-7795
Yogendra Singh
QIP IIT Kanpur
Email: cdte@iitk.ac.in
Phone: 0512-259-7795
Webpage: www.iitk.ac.in/cce/Yogi/