Which consequence results when exceeding the design limits of a pulse detonation engine?

💡 Explanation

Transition to deflagration mode results when exceeding design pressure because autoignition cannot be maintained; the mechanism is fuel-air mixing during rapid compression increases temperature, therefore only deflagration can occur, rather than controlled detonation.

• Which consequence arises due to extreme spacetime curvature near rotating black holes?
• Which mechanism impacts hydraulic jump behaviour at varying Froude numbers?
• Which outcome results when the vapor-compression refrigeration system experiences flooding?
• Which outcome risks hydraulic pump failure if the Reynolds number exceeds a threshold?
• Which effect happens in a municipal water pipe when fluid velocity surpasses limitations assumed during Bernoulli's equation derivation?
• Which consequence emerges when the control rods fail?