Mesh-like

Mesh-like describes a structure or pattern resembling a mesh, which is a network of connected strands, threads, or wires with open spaces in between. This characteristic often implies a porous, net-like appearance and can describe objects ranging from fabrics to natural formations. The term focuses on the visual and structural similarity to a mesh, highlighting the interconnectedness of the components and the presence of interstitial gaps. mesh-like arrangements provide varying degrees of flexibility, strength, and permeability depending on the material, the size of the openings, and the pattern of the interconnected elements. Often used to describe fabrics, geological formations and networks.

Mesh-like meaning with examples

• The spider's web, with its delicate mesh-like structure, glistened in the morning dew. The fine silk strands created a nearly invisible trap for unsuspecting insects, showcasing the web's effective, net-like design and incredible strength for its size.
• Under the microscope, the cell's membrane revealed a complex mesh-like network of proteins and lipids. This structure, crucial for transport, facilitated the entry and exit of essential nutrients and waste products to keep the cell healthy and functional.
• During the excavation, they unearthed ancient pottery shards with a mesh-like pattern from repeated firing cracks. The intricate designs, the remnants of a culture, bore witness to the pottery's age and unique craftsmanship, suggesting methods of early pottery.
• The architect envisioned the facade of the building with a mesh-like arrangement of perforated metal panels. This design provided shade, allowed for ventilation, and created dynamic patterns of light and shadow throughout the day, transforming the look.
• The geologist described the rock formation as having a mesh-like appearance due to the interconnected veins of minerals. The unusual structure, created by the slow growth of crystals, resulted in striking patterns that were clearly visible, even to the untrained eye.