Comprehensive Architecture, Thermodynamic Modeling, and Aerodynamic Analysis of a Closed-Loop Triple-Mix Green Fuel Propulsion Engine
To bypass fossil fuel and BEV limits, this research offers an Mg/Si metal-water and biogenic gas hybrid engine blueprint. Precise chemical feeding and internal air intakes reduce drag while enabling full solid waste recovery.
Published in Mechanical Engineering
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My research introduces a novel, multi-stage hybrid propulsion engine designed to overcome the severe ecological and operational limits of both fossil fuels and conventional electric vehicles. By using a stabilized Magnesium-Silicon multi-phase mixture paired with a biogenic gas combustion cycle, this blueprint replaces dangerous alkali metal reactions with a safe, fully controllable chemical drive. Coupled with an internal fluid geometry that minimizes overall aerodynamic drag, this system delivers a complete physical and mathematical foundation for high-velocity transport that fully recovers its own solid chemical waste.