Which risk increases when forging stainless steel above critical temperature in manufacturing?

💡 Explanation

Grain boundary carbide precipitation increases because chromium depletion occurs via **sensitization**, therefore reducing corrosion resistance; rather than martensite formation, this chromium depletion weakens grain boundaries at elevated temperatures beyond safe forging limits.

• Which undesired outcome results when a telecommunications satellite's transponder exceeds its maximum allocated bandwidth?
• Which outcome occurs when rapid cycling of a chiller evaporator causes excessive superheat?
• Which outcome occurs when lubricating oil viscosity declines excessively within an axial piston pump's hydrostatic bearings?
• Which control issue emerges on a robotic manipulator when the wrist IMU fails?
• Which risk increases when the air-fuel mixture in a gasoline engine cylinder is excessively lean during combustion?
• Which risk is increased when a hydraulic directional control valve experiences excessive spool overlap?