ASE Structural Analysis & Damage Repair (B4) Practice Test 2025 – Comprehensive All-in-One Guide to Exam Success!

Using high-strength steel in frame construction offers the significant benefit of better energy absorption, which enhances the overall structural integrity and safety of a building. High-strength steel is designed to withstand greater loads and forces, making it particularly effective in applications where energy dissipation is critical, such as in earthquake-prone areas or structures subjected to dynamic loads.

The material's ability to absorb energy helps to reduce the impact of forces on the structure, preventing potential failures during extreme events. This characteristic is especially important in ensuring that structures remain stable and maintain their integrity under stress, thereby protecting both the occupants and the overall investment in the construction.

In contrast, while aluminum is indeed lighter than steel, it does not provide the same level of energy absorption. The manufacturing costs of high-strength steel can also be higher as compared to traditional steel grades, and its ductility does not surpass that of other materials designed specifically for flexibility. Hence, the enhanced energy absorption capability stands out as a key advantage for frame construction in this context.