Layered steel, such as the kind found in Damascus steel or folded steel, can exhibit certain qualities that contribute to its strength, but it's important to note that the strength of a steel is influenced by various factors beyond layering alone.

The primary purpose of layering or folding steel in the forging process is to refine the material and create distinct patterns. The repeated folding and layering can help to remove impurities, distribute alloying elements or carbon more evenly, and improve the overall homogeneity of the steel.

The strength of a steel is determined by multiple factors, including its composition, heat treatment, and the specific alloying elements present. While layering or folding can contribute to the overall strength by improving the steel's structure, it is not the sole factor.

Other factors that affect the strength of a steel include:

1. Carbon content: Higher carbon content generally contributes to increased hardness and strength, up to a certain point.
2. Heat treatment: Proper heat treatment, including processes like quenching and tempering, is crucial in achieving the desired strength and hardness of the steel.
3. Alloying elements: The presence of specific alloying elements, such as chromium, vanadium, or molybdenum, can enhance the strength and performance of the steel.
4. Grain structure: The grain structure of the steel, which can be influenced by factors like heat treatment and forging techniques, affects its strength and toughness.

While layered steel can possess unique aesthetics and can be structurally sound, it's important to consider other factors beyond layering when evaluating the overall strength of a steel. The specific composition, heat treatment, and craftsmanship play significant roles in determining the strength and performance of the steel