Advancements and Performance Assessment in Air Vortex Engine Technology: Modeling, Analysis, and Comparative Study

Atmospheric Vortex Engine (AVE), A tool for creating an artificial vortex, operates on the idea of thermal energy transfer in the atmosphere. The fact that the environment is heated from the bottom and cooled from the top is the foundation for AVE’s operation. In this instance, the vortex is created by tangential air admission at the base of a circular wall. Convective vortices in the atmosphere, where mechanical energy is created, are used to transmit thermal energy from a high-temperature zone to a lower one. The process might provide cooling and precipitation, among other benefits, and develop into a significant source of renewable energy. By using less fuel or by promoting upward heat convection, vortex engines might reduce the effects of global warming. It would utilize the hurricane and tornado-causing mechanisms. The geometrical parameters considered in the making of the model provide a decent starting point for future designs. This research also serves as a forerunner for future research and aims to change engineers’ mindsets from inefficient conventional energy sources to more efficient non-conventional, cleaner energy sources.