Resources

We've shared lectures, code, datasets and publications to help inform your own research

Video Gallery

Effect of Distributed Roughness on Boundary Layer TransitionInduced by Free-stream Turbulence

Speaker: Dr. Robin Joseph
Date: January 2020
Abstract: Boundary layer transition under freestream turbulence and surface roughness is accelerated, shortening the transition zone and increasing drag, while roughness reshapes velocity fluctuations, introduces high‑frequency disturbances, weakens streaks, and promotes turbulent spots, fundamentally altering boundary layer structure.

Cybersecurity Risks in Google Sites: Analyzing Potential Vulnerabilities

Credits: Dr. Rohit Singhal
Date: November 2022
Abstract: Simulations of short conversations reveal that interacting speech jets significantly influence infection risk, with small vertical or lateral separations amplifying exposure; incorporating ingestion through eyes, mouth, and nose into infection‑probability maps enables refined public health guidelines to minimize transmission during everyday exchanges.

Posters

Speaker: Priyanshi Dubey
Date: January 2026
Abstract: A physics‑aware, multi‑agent AI framework that predicts, verifies, and automates transitional boundary layer research—turning scattered intuition into traceable, efficient, and industry‑ready workflows.

Speaker: Yash Naiwar
Date: May 2025
Abstract: A streamlined RAG‑powered AI framework that automates scientific literature surveys, turning scattered papers into coherent, context‑aware insights for faster, more reliable research.

Speaker: Bhavesh Srivastava
Date: May 2025
Abstract: A CNN-based framework to predict aerosol exposure during conversations using scalar concentration fields. Using supervised learning to estimate aerosol spread under varying speech and spatial configurations.

Speaker: Yash Naiwar
Date: January 2024
Abstract: Local energetic footprints of streaks, with negative production appearing just before streak disruption, dissipation intensifying at interfaces.

Speaker: Neil S Gorge
Date: February 2026
Abstract: Simulated the Vortex Ring State (VRS) in descending helicopters using computational Euler methods. The study accurately captured the transition to a toroidal wake and the resulting critical drop in rotor thrust.

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