Modeling of Multitrack LPBF of IN718 using AM PravaH®

Описание: This guest research webinar presents a validated computational study on multitrack Laser Powder Bed Fusion (LPBF) of Inconel 718 using AM PravaH®. Faculty from NIT Allahabad will discuss melt pool evolution, thermal cycling, defect formation (balling, lack of fusion), and experimental–simulation correlation, demonstrating how physics-based modeling enables accurate process understanding and optimization.

1. Fundamentals of multitrack LPBF modeling for Inconel 718
2. Melt pool evolution and thermal cycling behavior across multiple tracks
4. How physics-based computational modeling improves process accuracy and reduces trial-and-error
5. Practical insights on using AM PravaH® for research, validation, and industrial optimization
6. Key takeaways for improving print quality, consistency, and process reliability

Register for webinar here: https://forms.gle/YfSpCQ1Vq2VAGbEo6

Who Should Attend
Additive Manufacturing Engineers, Process Engineers, Production/Plant Managers, Material Scientists, Metallurgists, R&D Engineers, and Technology Scouts looking to adopt or scale metal additive manufacturing.

OUR GUEST SPEAKERS

Prof. Mukul Shukla
Professor, Mechanical Engineering
MNNIT Allahabad
LinkedIn:   / mukul-shukla-329a7121  

Dr. Anuj Kumar
PhD, MNNIT Allahabad, Department of Mechanical Engineering
Current - Faculty at Ajay Kumar Garg Engineering College
LinkedIn:   / dr-anuj-kumar-231a21197  

#additivemanufacturing #ampravah #simulationsoftware #3dprinting

Homepage: www.paanduvapplications.com

AM PravaH® Demo Link https://forms.gle/W6Yx7csZ6rA44Hat8

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AM PravaH® Course Content Link:    • AM PravaH | Additive Manufacturing Simulat...  

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