Which risk increases when a hydraulic actuator's load exceeds damping capacity?

💡 Explanation

Actuator rod buckling failure risk increases because exceeding damping leads to rapid, uncontrolled movements beyond the stiffness limits, resulting in increased force causing buckling, therefore the rod breaks, rather than the pump cavitates due to fluid dynamics issues elsewhere.

• Which risk increases when a phased array antenna's feeders malfunction?
• Which outcome occurs when a large industrial three-phase induction motor operates under sustained undervoltage conditions?
• Which outcome occurs when a positive displacement pump experiences choked flow?
• Which outcome complicates trajectory control when a robotic arm's joint encounters a kinematic singularity?
• Which risk is heightened when installing incorrectly sized circuit breakers on a three-phase motor circuit?
• Which outcome occurs in a three-phase power distribution circuit subjected to an underbalanced fault?