AM PravaH
✓ Verified ProfileWorld’s first all-inclusive 3D Computational Software for Additive Manufacturing
World’s first all-inclusive 3D Computational Software for Additive Manufacturing
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Computational modeling capabilities of AM PravaH - The current version of AM PravaH has the capability of modeling AM processes across scales including macroscale, and microscale. Additionally, particle modeling is included in the software for AM processes that use metal powders. At the macroscale, laser dynamics, melt pool dynamics, phase change, solidification, Marangoni effects, heat, and mass transfer, and surface tension effects are captured. At the microscale, grain structure, grain size, and grain morphology are captured. Also, a robust and advanced deep learning module is added for predicting AM process parameters and building quality using experimental or simulation data.
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AM PravaH is a pioneering, indigenous simulation tool that proactively addresses the most pressing challenges in Additive Manufacturing (AM) with a comprehensive suite of advanced features. Designed to empower both industry professionals and academic researchers, AM PravaH combines an intuitive, easy-to-use GUI with powerful computational capabilities, ensuring seamless user experience without compromising on depth or accuracy. At its core lies a high-fidelity meltpool dynamics engine, enabling precise modeling of thermal behavior, fluid flow, and solidification processes—critical for optimizing print quality and reducing trial-and-error. Its state-of-the-art microstructure module, which includes texture evolution, goes further by offering predictive insights into material properties and final part performance. By bridging the gap between process parameters and microstructural outcomes, AM PravaH is not just a tool—it is a catalyst for innovation, accelerating research, design, and manufacturing in the AM ecosystem.
Working with AM simulations often means long run-times and tricky setups, but Ampravah has clearly optimized for usability and speed. Support multiphase, multi layer, and porosity are all captured with solid accuracy.
AM PravaH is a multiphysics, multiscale and parallelized computational modeling software with a Graphical User Interface (GUI) dedicated to Additive Manufacturing simulation processes and developed by Paanduv R&D. AM PravaH is powered by an ensemble of advanced numerical programs that are developed by researchers around the globe and by us; tailored and improvised by Paanduv R&D for AM specific tasks. Specific tasks performed in AM PravaH (i) Process modeling and simulation with high fidelity (4 Phase) melt pool dynamics and defect prediction for LPBF, W-LAM, and WAAM (ii) elaborate real-time microstructure prediction with mechanical property analysis (iii) Deep learning for the intelligent use of data The GUI is very intuitive and user-friendly. My experience with AM PravaH has been phenomenal, and it can provide much-needed and useful information about metal build formation and defects generated from that, along with quantitative analysis of melt pool width, depth, density, porosity, thermal profiles, cooling rates, thermal gradients, etc.
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