1. Introduction In fluid mechanics, the Tesla valve presents an intriguing avenue for addressing fluid control challenges. Nikola Tesla patented his “valvular conduit” in 1920 [1], which created a method to non-mechanically restrict fluid flow to one direction. The non-mechanical valve became known as the Tesla valve, which has recently undergone a revival (Begg [2]) in new applications for microfluidic systems (e.g., Li et al. [3], Raffel et al. [4], Wang et al. [5], Zhang et al.
