Paanduv Applications partners with Indian Defence Organisation to advance metal AM simulation
December 17, 2024
Paanduv Applications, located in Bareilly, India, has formed a partnership with India’s Defence Organisation to improve the capabilities of metal Additive Manufacturing using their proprietary software, AM PravaH. The advanced simulation software is specifically designed for Laser Beam Powder Bed Fusion (PBF-LB) and Directed Energy Deposition (DED) AM processes.
AM PravaH features an intuitive graphical user interface that helps minimise experimental efforts by up to one-third, thus enhancing the efficiency of research and development cycles. Paanduv’s team claims that the comprehensive nature of this simulation software, which includes aspects of microstructure and deep learning, can significantly reduce the cycle time for AM experimentation, followed by thorough characterisation.
Defects can act as stress concentrators, leading to the propagation of cracks. Therefore, a multiphysics and multiscale solution is essential for understanding the root causes of these defects through detailed and accurate melt pool dynamics, which is important for both academic and industrial research.
The team of Advanced Manufacturing of The Defence Organisation, highlighted the significance of the collaboration, stating, “This partnership marks a significant stride in our pursuit of cutting-edge manufacturing technologies. AM PravaH’s potential aligns perfectly with our mission to innovate and strengthen India’s defence capabilities. We are confident that Paanduv Applications’ expertise will help us overcome existing challenges and unlock new possibilities in Additive Manufacturing.”
Adwaith Gupta, CEO of Paanduv Applications, shared, “Collaborating with the Defence is a testament to the transformative potential of AM PravaH in metal AM. Our software distinguishes itself through its advanced capabilities in simulating 4-phase multiphase high-fidelity metal AM processes, melt pool analysis, microstructure grain analysis, and defect prediction. AM PravaH integrates multi-physics modelling to accurately capture complex interactions, enabling researchers to precisely optimise process parameters and reduce the cycle time. This level of precision not only enhances production quality but also accelerates material development and the adoption of novel alloys for defence applications. We’re honoured to contribute to India’s strategic goals and empower the Defence’s team to achieve groundbreaking advancements in Additive Manufacturing.”
The upcoming release of AM PravaH 2.0 includes features like laser beam shaping, non-spherical powder particle modelling, and a dedicated module for DED.
