Tailor laminates are best described as which of the following?

Tailor laminates are best described as which of the following?

• A. Changing where fibers are needed to carry higher loads
• B. Using a single fiber type throughout
• C. Increasing resin content uniformly
• D. Building laminates from metal layers

Answer: (A)

Tailor laminates are designed by putting reinforcing fibers where the part actually needs them, adjusting the fiber orientation and stacking of plies to follow the local load paths. This means you don’t reinforce the whole laminate in the same way everywhere; instead, you place higher-strength orientations or different materials in regions that experience higher stresses. That idea matches the choice about changing where fibers are needed to carry higher loads, because it directly describes aligning the reinforcement with the actual loading to improve performance. Using a single fiber type throughout would be uniform, not tailored to varying loads. Increasing resin content uniformly changes the matrix fraction everywhere and typically alters overall properties without targeting specific regions of higher stress. Building laminates from metal layers isn’t a composite lamination concept at all, and would change the fundamental nature of the material.

Tailor laminates are designed by putting reinforcing fibers where the part actually needs them, adjusting the fiber orientation and stacking of plies to follow the local load paths. This means you don’t reinforce the whole laminate in the same way everywhere; instead, you place higher-strength orientations or different materials in regions that experience higher stresses. That idea matches the choice about changing where fibers are needed to carry higher loads, because it directly describes aligning the reinforcement with the actual loading to improve performance.

Using a single fiber type throughout would be uniform, not tailored to varying loads. Increasing resin content uniformly changes the matrix fraction everywhere and typically alters overall properties without targeting specific regions of higher stress. Building laminates from metal layers isn’t a composite lamination concept at all, and would change the fundamental nature of the material.