SAEISS Online lecture Series on

Laser based metal deposition and additive manufacturing technologies

Organizer : Dr. Sulthan Mohiddin Shariff

08th – 9th , 15th – 16th & 22nd May 2021

Schedule:

08th May – 06.00 PM – 08.00 PM – “Basic Concepts of Laser Surface Engineering – Alloying, Cladding, Glazing and Metal Additive Manufacturing” – Dr. S M Shariff

09th May – 03.00 PM – 05.00 PM – “Application of Laser Based Surface Alloying and Cladding for Industry” – Dr. S M Shariff

15th May – 01.00 PM – 03.00 PM – “Industrial Applications of SLM Based Metal Additive Manufacturing Process” – Dr. Gururaj Telasang

16th May – 03.00 PM – 05.00 PM – “Extreme high speed laser metal deposition process: A novel technique for growing additive manufacturing applications” – Dr. –Ing. Thomas Schopphoven

22nd May – 06.00 PM – 08.00 PM – “Repair and reclamation of industrial parts by laser cladding and deposition” – Dr. S M Shariff

Laser based metal deposition and additive-manufacturing technologies such as laser cladding, laser alloying, laser glazing and laser-assisted 3D printing has gained widespread importance in recent times due to their distinct advantages over conventional techniques in applying across the entire gamut of manufacturing and engineering industries. With ever increasing demand of alloys with multi-functional requirements as well as novel alloys with myriad of combinations possible with onus to enhance efficiency and productivity, these technologies are pushing the limits to improve performance, reliability and life. Further, with ever increasing efficiency of lasers with reduced costs and adoption of different tools of optics, powder/wire-nozzles, monitoring tools, 3D-modelling and CAD/CAM tools integrated to wide spectrum of workstations, application of these technologies in aerospace, medical, automotive, and various engineering sectors is increasing rampantly. Precision in spacial and temporal distribution of laser beam further enabled to add repair and reclamation technology in niche sectors of aerospace, energy and engineering sectors for worn/used parts. The present course with series of lectures on these technologies enable today’s working professionals in the field to understand right from basic fundamental concepts to application in actual industrial environment. Engineers/Technologists/Managers/Professionals in the field not only gain requisite knowledge to improve their technical competence in the field but also to apply in solving the demanding problems faced in the industry. Recent advances in the field such as powder-bed fusion based AM, extreme high-speed deposition processing, high-deposition efficiency cladding, inner-bore cladding, producing novel coatings with combination of different methods and materials with live examples will be presented and discussed.

About the Course

Organizer Profile Dr S M Shariff, Scientist-F International Advanced Research Center for powder metallurgy & new materials (ARCI) R&D Institution of Dept. of Science & Technology, INDIA Dr Shariff obtained his Ph. D (Engineering) degree from Jadavpur University, Kolkata for his work in field of Laser Surface Engineering. He had 22+ years of experience as Scientist in ARCI, an autonomous R&D organization of DST, Govt. of India in the field of laser based research and application developments involving processes such as machining, joining and surface modification. He had successfully developed various laser based manufacturing technologies for Defence, Automotive, Energy, Nuclear, Medical, Aerospace and Engineering sectors involving Govt. and MNC organizations such as BRNS, TDB, DRDO, BHEL, WABCO, NTPC etc. along with International collaborative research and development programs with USA, Germany, Sweden and Israel. He provided consultancy for setting up laser systems and process development facilitation to organisations and companies such as CSIR-NML, BHEL, VSSC, SSCT, IPM etc. As on date, he had published 105+ technical papers in peer reviewed international journals and conference-proceedings and a chapter in Book. He holds 11 Patents (national and internationally filed) for his process inventions in laser based materials processing and applications. He delivered 25+ invited lectures and several contributed lectures at various symposiums and workshops. He supervised (including ongoing) 32 Thesis Works of B. Tech /M. Tech / MS / PhD. He is serving professional societies like IIW, MRSI, ILA, TSI, SAE etc., Editorial Board Member for two International technical Journals and reviewer for couple of international Journals. He received several awards (Distinguished Scientist Award, Bharat Vidya Ratan Award, Dr APJ Abdul Kalam Education Excellence Award etc.,) for his contributions in the scientific field of laser materials processing and education. He is also serving/served as external expert and board member for review committees of Engineering Institutions, Fellowships Selection Boards and DSC member for external doctoral candidates in Universities/Institutions and project reviews.His current areas of research interests include laser processing technology development, process modelling, laser surface modification, laser machining, laser joining, materials characterization, Tribology, Materials behaviour and failure analysis.

Speaker Profile: Dr. –Ing. Thomas Schopphoven

Dr Thomas is currently group manager - Laser Material Deposition - LMD at Fraunhofer Institute for Laser Technology ILT, Aachen. He obtained PhD (Doctor of Engineering Sciences (Dr.-Ing) in 2019 at the Chair for Laser Technology of RWTH Aachen University for his work on experimental and model-theoretical investigations on the extreme high speed LMD (German acronym EHLA). In 2017 he became leader of the “Productivity and System Technology” team within the LMD group, where his research focused on the economic aspects of LMD as well as development of application-specific system technology and their integration into industrial production facilities. He received several awards such as Joseph von Fraunhofer Prize (2017), Berthold Leibinger Innovations prize (2018) and Steel Innovation Award (2018) for his outstanding scientific contributions in development and industrialization of the EHLA

Speaker Profile: Dr. Gururaj Telasang

Dr Gururaj obtained his Ph.D. from Department of Metallurgical and Materials Engineering, Indian Institute of Technology (IIT) – Kharagpur and M. Tech from IIT – Mumbai. He specializes in the field of laser based metal additive manufacturing, surface cladding; repair/refurbishment and functional coatings; surface modification by hardening and melting. He established a Joint technical demonstration center for powder-bed metal additive manufacturing (LB-PBM) at ARCI in collaboration with SLM solutions GmbH., Germany. He was awarded Indo-German DAAD fellowship during 2004-2005 to work at Fraunhofer Institute for Laser Technique (FILT), Aachen, Germany. He had one patent filed and eight technical papers published to his credit. He is a life member of IIM, The Aeronautical Society of India and SAE INDIA. He is associated with SAE INDIA - Hyderabad division as Vice-Chair and volunteered as Secretary, Treasurer and organized technical events for Professional and Engineering Students

Who should attend?

Registration Link : https://forms.gle/WvdGDqc4z3ZQ9Vv38

Engineers, executives, Managers, R&D professionals, faculty with affinity to Automotive Engineering and interested in any field of product development like design, marketing, testing, manufacturing, CAD, Engineering Analysis

Course Fee

Non-SAEINDIA Member - Rs. 5,000 + GST

SAE INDIA Member - Rs. 3,600 + GST

Faculty - Rs. 2,000 + GST

Last Date of Registration : 07.05.2021

Online Account Details

Account Name: SAEINDIA Southern Section Account Number: 38517580801 Bank: State Bank of India Branch: GUINDY, Chennai ISFC Code: SBIN0000956 Branch Code: 956

Contact

Programme Executive

SAEINDIA Southern Section

Block-1, Modules: 29 & 30,

SIDCO Electronic Complex,

Thiru-Vi-Ka Industrial Estate,

Guindy, Chennai - 600032

Phone: 044-42188652-53

Email: manager@saeiss.org