Fibered

In the context of material science and biology, 'fibered' describes something that possesses a fibrous structure, meaning it is composed of or characterized by fibers. These fibers can be microscopic or macroscopic, running parallel, interwoven, or radiating in various patterns. The arrangement and properties of these fibers significantly influence the material's strength, flexibility, texture, and overall characteristics. The term can be applied to natural materials like wood or muscle tissue, as well as synthetic materials such as fabrics, composites, and plastics. The degree of fiber orientation impacts strength and is often designed during production processes like weaving or extrusion.

Fibered meaning with examples

• The artisan carefully examined the fibered texture of the oak, noting the tight grain that indicated the wood's density and strength. This would be perfect for the table’s top. The wood's fibered composition was critical to its ability to withstand years of wear and tear. He knew his customers would be impressed.
• Examining the muscle tissue under a microscope, the biologist observed the tightly packed, fibered structure, demonstrating that it was well-conditioned and able to efficiently generate movement. The arrangement of these fibered cells affected the muscle's power. This allowed for a better understanding of the human body.
• The fabric, crafted using advanced weaving techniques, exhibited a densely fibered construction, providing both exceptional durability and a luxuriously soft feel. The textile's fibered weave allowed it to breathe and be resistant to tearing. The customer's would surely be happy with their purchase.
• The composite material, reinforced with carbon fibers, offered a remarkably fibered strength-to-weight ratio, making it ideal for the aircraft’s body. The engineers were confident in the fibered design. The new structure would be stronger and lighter than anything ever conceived before.
• The plastic, produced through an extrusion process, had a randomly fibered appearance due to the cooling method used. The fibered structure meant it could be stretched. Despite this, the result still maintained its flexibility for a variety of applications, ranging from packaging to pipes.