What techniques allow composite materials to be used in weight-bearing abstract structures?

Composite materials have transformed modern engineering by enabling the creation of lightweight yet incredibly strong weight-bearing abstract structures. Key techniques include advanced layup methods, where fibers like carbon or glass are oriented to maximize strength-to-weight ratios. Resin infusion processes ensure uniform distribution of matrix materials, enhancing durability. Sandwich panel construction combines stiff skins with lightweight cores, optimizing load-bearing capacity. Additive manufacturing allows for intricate geometries unachievable with traditional materials. Finally, computational modeling predicts performance under stress, ensuring safety in avant-garde designs. These innovations empower architects and engineers to push boundaries in structural aesthetics and functionality.