Which effect occurred inside a Byzantine ship launching Greek Fire, if nozzle blockage allowed excessive fuel vapor buildup before ignition occurred?

💡 Explanation

Excessive vapor increases the deflagration risk because a Flame Acceleration mechanism is faster under these conditions, therefore explosive rupture occurs with damaging flames, rather than controlled combustion ejecting propellant as designed.

• Which consequence results when differential thermal expansion in a medieval rope bridge deck compromises the rope integrity?
• Imagine an 18th-century ship whose sextant mirror coating degrades; which outcome results at twilight during celestial navigation?
• Within Mughal garden waterwork design, which outcome results when aqueduct inlet pressure exceeds settling tank volume design?
• What mechanical disadvantage significantly hindered very early European crossbows, unlike their Chinese counterparts employing advanced metallurgy?
• Which outcome occurred from chronometer drift aboard 18th-century Royal Navy ships?
• In early Chinese signaling cannons utilizing gunpowder, which outcome resulted when inconsistent powder packing decreased energy transfer?