Which risk increases significantly when dissolved gas content in hydraulic fluid falls below the cavitation limit?

💡 Explanation

Orifice erosion risks are heightened, because decreased dissolved gas enhances cavitation intensity from intensified *vapor implosion*, thus stressing surfaces far more than stable fluids; therefore erosion accelerates, rather than only gentle oxidation with gases.

• Which consequence results when a robotic arm's inverse kinematics model is over-constrained?
• Which outcome is LEAST likely following the complete oxidative degradation of epoxy coating reinforcing a pre-stressed concrete beam near a marine environment?
• Which outcome occurs when an automotive gasoline direct injector (GDI) experiences nozzle coking?
• Which outcome occurs when refrigerant enters a reciprocating compressor as a superheated vapor?
• Which risk increases within a robot arm when its inverse kinematics solver uses a Jacobian pseudo-inverse near a singular configuration?
• Which risk increases when electrohydraulic actuators experience increased temperature fluctuations?