Which risk increases when a ship's propeller operates at a high slip ratio in shallow water?

💡 Explanation

When propeller slip ratio is high, decreased pressure around the propeller blades creates cavitation because water vaporizes in low-pressure zones, forming bubbles whose collapse causes noise and vibration. Therefore propeller cavitation induced vibration becomes likely, rather than control loss, corrosion, or overheating, which stem from different mechanisms.

• Which control problem introduces singularities during robot arm movements, affecting servo motor response?
• Which bottleneck presents itself when Channel Estimation processing struggles within a MIMO-OFDM reciever operating in rapidly fading wireless networks?
• Which pressure fluctuation results in hydraulic systems when inadequate bladder accumulator pre-charge exists?
• Which consequence results when excessive lateral force impacts a pretensioned concrete bridge?
• Which outcome occurs when forging magnesium alloys near the recrystallization temperature?
• Which outcome occurs when adaptive delta modulation processing in satellite communication encounters rapidly changing signals?