Which risk increases when temperature suddenly decreases in a turbocharger's turbine housing?

💡 Explanation

When temperature rapidly decreases, thermal shock occurs because uneven contraction creates stress exceeding the material's tensile strength, leading to cracking. Therefore, thermal shock induced cracking results, rather than oil thickening, compressor surge, or wastegate malfunction, which have different environmental triggers.

• Which risk increases when exceeding design limits for connecting rod angularity relative to the crankshaft?
• Which consequence results when excessive force unbalances a prestressed concrete beam's tension?
• Which outcome occurs when excessive electrical noise interferes with a PLC's analog input module controlling a chemical reactor's temperature?
• Which outcome occurs when a robotic arm's tool collides with a work piece due to PLC program error?
• Which structural failure is accelerated when chlorides permeate reinforced concrete beams supporting coastal bridges?
• Which behavior causes diminished cooling when a refrigeration system experiences oil logging?