Edit this for academic writing: ii. Heating Rate The heating rate, measured in C/s, dictates the rate at which the alloy's temperature increases during heat treatment. A faster heating rate reduces processing time but may lead to incomplete precipitation, resulting in suboptimal mechanical properties. In contrast, a slower heating rate promotes more uniform phase evolution and recovery, which is particularly important for alloys like 5754, where uniformity is essential for achieving optimal formability. iii. Peak Temperature The peak temperature [C] represents the maximum temperature reached during heat treatment. This parameter is crucial for softening in 5754 aluminum alloy, as it facilitates static recovery by enabling dislocation rearrangement. In 6082 alloy, the peak temperature governs precipitation kinetics, influencing the formation of strengthening precipitates such as MgSi. Carefully selecting the peak temperature ensures the alloy achieves the desired balance between strength and ductility