What are the differences in energy absorption during rattan sculpture impacts?
Rattan sculptures, known for their durability and flexibility, exhibit unique energy absorption properties during impacts. Unlike rigid materials like wood or metal, rattan's fibrous structure allows it to disperse kinetic energy more effectively, reducing damage from collisions. The interwoven strands create a natural shock-absorbing mechanism, making it ideal for functional and decorative art. Studies comparing rattan to other materials show higher resilience in low to moderate impacts, though its performance varies with density and weaving techniques. Understanding these differences helps artisans optimize designs for both aesthetics and structural integrity.
