ReynKo

ReynKo has developed a mathematical framework that allows for the precise modelling of complex fluid flow, enabling a new class of advanced engineering simulations across diverse industries. In fluid mechanics, chaotic and disorderly flow (i.e., turbulent flow) leads to increased mixing, high pressure drops, and significant energy losses. Because of its chaotic nature, accurately predicting and controlling turbulent flow has been a long-standing engineering challenge plaguing nearly every major industry. This forces design engineers to rely on approximations, extensive physical prototyping, and costly trial-and-error iterations. ReynKo’s breakthrough mathematical framework is the first of its kind, and bridges the gap in our understanding of turbulent flow, enabling an entirely new class of highly efficient and accurate fluid simulations. These tools allow for predictive engineering that takes place virtually, eliminating the need for physical prototyping and saving significant amounts of time and money.