Paanduv Applications

Multilayer LPBF Simulation with AM PravaH In Laser Powder Bed Fusion (LPBF), an alloy undergoes a dynamic cycle of melting and solidification, layer by layer. The laser selectively melts powdered metal, creating complex #3Dstructures, while rapid cooling and solidification define the final shape and mechanical properties of the component. This precise process, simulated with AM PravaH, enables the production of custom alloy components with exceptional accuracy for advanced #additivemanufacturing.

Metal Directed Energy Deposition (DED) with AM PravaH This simulation, demonstrates the melt pool dynamics, heat-affected zones (HAZ), and bead quality during the Wire-DED process. DED enables the #additivemanufacturing of large-scale metallic components at a significantly higher deposition rate than Powder Bed Fusion (PBF). The trial phase captures the substrate in motion across two directions, offering insights into the overall process behavior and component quality. #metal3dprinting

Paanduv’s advanced computational modeling services are revolutionizing the way industries approach water treatment, environmental management, and disaster prevention. From multiphase flow modeling to wastewater treatment optimization, we provide the tools and expertise needed to address complex environmental challenges. Explore how we can help you manage water resources, improve treatment efficiency, and mitigate risks like dam breaks and tailings failures. Let’s work together for a cleaner, safer, and more sustainable future. 🌱 #cfd #wastewatertreatment

#Hiring OpenFOAM Developers, Engineers, and interns We are looking for potential colleagues to join our team to execute industrial projects at Paanduv Applications. Interested candidates may reach out and apply. Position type - Fulltime Location - Bareilly U.P. #openfoam

Multimetal Mixing Simulation by AM PravaH: Watch as two solid metals melt and blend, with the heavier metal diffusing into the lighter one to form a unified interface. This process plays a key role in multimetal welding and additive manufacturing simulations. #multimetalmixing #additivemanufacturing

Ti-Al based alloy with a 2-layer #LPBF process, demonstrating improved strength and performance through advanced manufacturing techniques. #TiAiAlloy #additivemanufacturing

CFD Modeling of a #SteppedSpillway: A detailed simulation of a stepped spillway design, widely used in agricultural hill areas, demonstrating its effectiveness in dissipating kinetic energy and improving flood management through advanced computational fluid dynamics analysis. #fluiddynamics #cfd

Join Our Team! We’re looking for talented #CFDApplicationEngineers Location: Bareilly, UP Type: Full-time OpenFOAM MUST !!! #hiring #engineeringjobs #CFDEngineer

Observe the controlled release of air from the green anode paste during the vibro-compaction process. This crucial step ensures optimal material density, enhancing the overall integrity and performance of the anode. By effectively eliminating air pockets, we improve the quality and consistency of the final product. #manufacturingexcellence #anodepaste #processoptimization

Revolutionizing mining and metallurgy operations with advanced computational engineering! Discover how CFD, DEM, and DPM are optimizing processes, improving quality, and reducing costs across industries. Ready to transform your mining operations? Contact us today! #metalinnovation #computationalengineering #industryexcellence