Juliacon 2024

Surya Kiran Peravali

Research fellow at Deutsches Elektronen-Synchrotron DESY, Hamburg, Germany and Helmut-Schmidt-Universität / University of Federal Armed Forces, Hamburg, Germany

Surya's research focuses on developing advanced simulation methodologies to resolve fluid flows having wide range of flow states (e.g., continuum and free molecular flows) and its interaction with nano particles. This involves bundling different multiscale and multiphysics simulation methodologies supported by high-performance computing and data science methods


Session

07-10
14:10
10min
Simulating nano-particle trajectories using CMInject.jl
Surya Kiran Peravali

CMInject.jl is a numerical simulation framework that simulates nano-particle trajectories through aerosol injectors and their expansion into a vacuum chamber, e.g., single particle diffractive imaging (SPI) experiments. The background gas flow around the particles is simulated using computational fluid dynamics tools and the particles are tracked using a Lagrangian based tool built with Julia. This simulation tool is used to evaluate performance of various aerosol injector designs.

Physics & Quantum Chemistry
For Loop (3.2)