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Research work

Title- Development of novel process parameter for laser powder bed fusion based additive manufacturing of crack prone AISI M2 high speed steel.

L-PBF of AISI M2 high-speed steel is an extremely challenging. This material is highly prone to cracking and delamination during the printing process, which restricts our ability to leverage the unique capabilities of L-PBF, such as producing complex shapes and incorporating internal cooling channels for the tooling industry. This study aims to produce crack free AISI M2 steel parts by L-PBF. The main objectives of this work is to establish L-PBF printing parameters for AISI M2 high speed steel, enabling the production of small to large size parts with intricate internal structures commonly employed in tooling industries.

Course work details

Name                                                                                             Grade                                  
Welding Processes                                                                               A
Welding Metallurgy                                                                               A
Additive Manufacturing                                                                        A
Process and Design in Additive Manufacturing                               S
Solidification Phenomenon                                                                 A
Modern Techniques of Material Characterization                           A
Introduction to research (2 Modules)                                                P

Overall CGPA                                                                           9.25/10
 

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