How does the design of woven roving affect its application in marine structures?

The design of woven roving significantly enhances its application in marine structures by allowing for easier draping over curves. Woven roving consists of multiple strands of fiberglass that are woven together in a manner that provides flexibility while maintaining strength. This flexibility is crucial in marine applications where surfaces often have complex shapes and contours, such as hulls and decks.

When constructing marine structures, the ability to conform to these curves is vital for ensuring proper adhesion and structural integrity. The woven roving can easily contour around these shapes without compromising its structural performance, making it an ideal choice for reinforcing curved areas. This property contributes to creating a more robust and durable marine structure, ensuring that it can withstand the stresses and strains of marine environments.

The other options either misinterpret the material's properties or limit its versatility. Woven roving does not create a less stable structure; in fact, it enhances stability when applied correctly. It is not limited to flat surfaces, as its design accommodates various shapes, and it does not primarily reduce the overall weight of the structure since its main function is to provide strength and stability.