Within Mughal pietra dura inlay, which risk increased after repeated freeze-thaw cycles?

💡 Explanation

Frequent freeze-thaw stress weakened the adhesive bonds in pietra dura because differential THERMAL EXPANSION induced shear stress. This caused delamination, therefore the layers separated, rather than improving stress resistance or thermal shock.

• Which risk was present when a Roman siege tower approached a city wall constructed with lime mortar?
• Which measurement error increases when an astrolabe's mater warps?
• Which consequence resulted from Roman Via Appia roads being constructed with shallow foundations?
• Which outcome occurred when Roman siege engines launched projectiles at city walls built using opus caementicium (Roman concrete)?
• Which limit constrained the effectiveness of Inca quipu for decentralized recordkeeping?
• Which consequence arises from prolonged storage of Roman pila with insufficient maintenance in humid environment?