Energjetik

Energjetik is a term used to describe the study of energetic processes in jet-related systems, with a focus on energy conversion, transfer, and efficiency where rapid jet flows play a central role. The concept is multidisciplinary, integrating principles from energetics, propulsion engineering, fluid dynamics, combustion, and thermodynamics, and is employed in academic and industrial discussions of engines, turbines, and related devices.

The word blends energy and jet concepts and appears in late-20th or early-21st century literature without formal standardization. Because the field overlaps with established areas such as propulsion engineering and thermo-fluid sciences, its exact meaning varies by author and context, and it is not universally recognized as a separate discipline.

Core topics include the efficiency of jet-based power cycles, propulsion-system integration, energy recovery in exhaust streams, jet microdevices, dynamic modeling of jet flows, and exergy analyses. Researchers use computational fluid dynamics, thermodynamic cycle analysis, and experimental testing in wind tunnels and engine rigs to study energjetik phenomena.

In practice, energjetik informs design choices aimed at reducing fuel consumption and emissions while maintaining performance. It remains a niche concept, with limited formal education or standard curricula, and often competes with or is subsumed under broader fields such as propulsion engineering, aerospace engineering, and energy systems engineering.

See also: Energetics; Jet propulsion; Thermodynamics; Fluid dynamics; Exergy.