However, the 16-unit case, with a lower rate of energy growth, can return to its initial condition, which suggests that it is better suited for applications where dimensional stability is important. This presents a tradeoff, as the amount of energy that can be absorbed is a tradeoff with the ability to return to the initial state. This tradeoff is particularly important for applications in earthquake resistance, where endurance is a crucial consideration . For these applications, it is more desirable for the material to have a lower rate of energy growth, to ensure that it can maintain its shape over a longer period of load from earthquakes. The balance between energy absorption and dimensional stability is an important consideration in material science, and the choice of material will depend on the specific requirements of the application.