Shilpa Vijay

Postdoctoral Fellow, Center for Turbulence Research, Stanford University

profile.png

Center for Turbulence Research

Stanford University

Stanford, CA 94305

I am a Postdoctoral Fellow at Stanford’s Center for Turbulence Research (CTR), where I work with Prof. Beverley McKeon on experimental investigations of turbulent heat transfer over rough surfaces and porous interfaces.

My research sits at the intersection of fluid mechanics, thermal engineering, and surface design. I build custom experimental systems — modular heated-wall test sections, cold-wire anemometry rigs, and IR thermography setups — to capture the physics that simulations miss.

Before Stanford, I earned my Ph.D. from USC (advisor: Prof. Mitul Luhar). I also hold a B.Tech. in Civil Engineering from College of Engineering Pune, India.

Research Interests: Wall-bounded turbulence and boundary layer dynamics, turbulent flow over rough and complex surfaces, convective heat and mass transfer, wind tunnel experimentation, non-intrusive optical diagnostics (PIV, IR thermography, cold-wire anemometry), flow control using metamaterials, large-scale data analysis, data-driven modeling.

news

Jul 28, 2026 Presented “Thermal Boundary Layer Development over a Step Change in Surface Roughness” at TSFP-14, Heidelberg, Germany.
Jul 24, 2026 Served as Group Leader for the Environmental Fluid Mechanics subgroup at the 20th Biennial CTR Summer Program, managing research activities for 8 visiting groups.
Feb 01, 2026 Profiled in The Scientist’s Postdoc Portrait series, highlighting research and career path at Stanford CTR.
Nov 23, 2025 Presented “Thermal footprint of boundary layer under step change in surface roughness” at APS DFD 2025, Houston.
Jul 21, 2025 Presented at THMT-11 in Tokyo: “Experimental investigation of turbulent heat transfer over roughness elements.”

selected publications

  1. exif_graphical_abstract.png
    Pressure drop measurements over anisotropic porous substrates in channel flow
    Shilpa Vijay and Mitul Luhar
    Experiments in Fluids, 2024
  2. Resolvent-based design and experimental testing of porous materials for passive turbulence control
    Andrew Chavarin, Costa Efstathiou, Shilpa Vijay, and 1 more author
    International Journal of Heat and Fluid Flow, 2020