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 risk increases when signal attenuation limits edge computing node power?
• Which risk increases when high-voltage direct current (HVDC) transmission circuit breaker fails to open during a fault condition?
• Which risk increases when a hydraulic actuator on an aircraft landing gear door encounters thermal expansion limits?
• Which consequence results when a robotic arm's force sensor gives corrupted feedback?
• Which risk increases when elevated temperatures affect a diode's depletion region?
• Which failure occurs when oversampling without filtering during signal processing?