Spanwise chord variation in swirler vanes produces a tailored Rankine vortex discharge profile that enhances lean blowout characteristics.
Segmenting the combustion air supply into independent modules resolves the trade-off between high heat output and standardized vehicle integration.
Magnetic repulsion forces tilt the water distribution plate, preventing stalling and eliminating the dry center donut effect in sprinkler patterns.
Segmented flow passages create fan-shaped sprays that reduce wall wear while lowering energy consumption.
Telescoping rods and tension pulleys allow shower heads to adjust height, resolving restricted piping limits in fixed installations.
A premix burner injects diffusion fuel via inclined nozzles to stabilize the flame.
Relocating the pilot fuel injector into the pre-combustion chamber passage reduces local temperatures and extends component life while minimizing NOx emissions.
A combustion head design stabilizes the flame geometry through exhaust gas recirculation within a cylindrical fire tube.
Axial slot relief at the swirler exit expands liquid flow to improve spray quality and atomization consistency.
A modular liquid vaporizer uses actively controlled heating and variable cross-sectional flow channels to transform fuel into vapor.