Jake Buzhardt
@jbuzhar.bsky.social
Interested in modelling and control of complex dynamical systems, fluid dynamics, reduced order modelling, and SciML
Postdoc, UW Madison; PhD - Mechanical Engineering, Clemson University;
jbuzhar.github.io
Postdoc, UW Madison; PhD - Mechanical Engineering, Clemson University;
jbuzhar.github.io
Our approach could be useful for flow control applications, as this minimal seed trajectory laminarizes naturally without actuation. This could lead to control schemes which exploit the state-space structure of a turbulent flow for improved efficiency. (3/3)
August 18, 2025 at 7:10 PM
Our approach could be useful for flow control applications, as this minimal seed trajectory laminarizes naturally without actuation. This could lead to control schemes which exploit the state-space structure of a turbulent flow for improved efficiency. (3/3)
To answer this question, we develop an optimization-based approach for identifying a nearby point beyond the edge of chaos - the complex boundary separating turbulent and laminarizing flows. We call this point the minimal seed for relaminarization. (2/3)
August 18, 2025 at 7:09 PM
To answer this question, we develop an optimization-based approach for identifying a nearby point beyond the edge of chaos - the complex boundary separating turbulent and laminarizing flows. We call this point the minimal seed for relaminarization. (2/3)