Our Core Competencies

At Paanduv Applications, we combine computational physics, advanced simulation, and intelligent software to solve complex engineering problems across industries.Our core strengths include:

• Multiphysics & Multiscale Simulation: We model coupled phenomena including fluid flow, heat transfer, phase change, particle dynamics, and microstructure evolution across multiple length and time scales.

• Physics-Based Additive Manufacturing Simulation: Our simulation platforms enable process-level understanding and prediction of additive manufacturing—helping users optimize parameters before printing, not after failure.

• Computational Fluid Dynamics (CFD): Expertise in single-phase, multiphase, and phase-change CFD for industrial, energy, manufacturing, and research applications.

• Particle & Discrete Element Modeling (DEM): High-fidelity modeling of particle dynamics, powder behavior, and fluid–particle interactions for AM, pharma, mining, and process engineering.

• AI-Assisted Engineering Intelligence: We integrate AI and data-driven models with physics simulations to accelerate predictions, reduce computation time, and unlock insights from complex datasets.

How Are We Different?

• Physics First. Always: We build solutions grounded in first-principles physics, not assumptions or curve-fitting. Every prediction is explainable and scientifically validated.

• Beyond Trial-and-Error Engineering: Our platforms help engineers understand what is happening inside the process, not just observe outcomes—reducing costly experimentation.

• Product + R&D Expertise Under One Roof: From flagship products like AM PravaH® to custom R&D solutions, we bridge the gap between academic rigor and industrial impact.

• Built for Researchers and Industry Alike: Trusted by IITs, universities, OEMs, and advanced manufacturing labs, our tools scale from research exploration to production readiness.

• Deep-Tech, Not Generic Software: We develop purpose-built simulation intelligence, not generic tools retrofitted for engineering problems.

Our Achievements