Which limit results when a gas turbine experiences flameout?

💡 Explanation

Thermal cycling increases when flameout occurs because sudden cooling stresses the metal; the quenching hardens, increasing mechanical fatigue rather than erosion. Subsequently, compressive and expansive cycles weaken the structure; therefore, fatigue-induced cracking occurs, rather than overspeeding from uncontrolled ignition.

• Within a three-phase power distribution network, which outcome occurs when an insulator fails in a substation's transformer, leading to increased leakage current?
• Which outcome commonly occurs in gallium nitride (GaN) power transistors at high switching frequencies?
• Which consequence results when the radio signal attenuates significantly more along one propagation path, within a mobile network?
• Which risk increases when an internal combustion engine piston experiences 'piston slap' after initial startup?
• Which mechanism limits forward current conduction in a p-n junction diode at very high frequencies?
• Which outcome arises when a hydrofoil's cavitation number drops below the critical threshold?