Which risk increases when a hydraulic actuator approaches its stroke limit without proper cushioning?

💡 Explanation

When an actuator reaches its stroke limit without cushioning, rapid deceleration causes a pressure spike due to the fluid inertia, leading to potential valve damage by exceeding their pressure ratings. Therefore, pressure spike causes valve damage, rather than viscosity, galvanic corrosion, or thermal degradation, which depend on fluid properties, material interactions, and ambient temperatures respectively.

• Which risk significantly increases when an ICE crankshaft experiences torsional resonance during high-speed operation?
• Which risk significantly increases when fuel injectors in a gasoline engine experience incomplete atomization?
• Which outcome occurs when inlet airflow disruption reduces turbine efficiency?
• Which consequence results when phase distortion alters a communication signal?
• Which risk increases when a phased array antenna's elements suffer from phase imbalance?
• Which challenge arises when a robotic arm's end-effector performs inverse kinematics nearing joint limits?