Thick-walled

Describing a structure, object, or vessel possessing walls of considerable thickness. This characteristic often provides increased strength, durability, and insulation. The thickness of the walls implies a substantial physical barrier, potentially offering protection from external forces, pressure, or temperature fluctuations. Materials used in thick-walled construction are chosen for their inherent resilience and ability to withstand stress. The term contrasts with 'thin-walled', which signifies a structure built with more delicate and less substantial walls. Considerations for thick-walled designs involve material selection, manufacturing processes, and the intended function of the object or structure.

Thick-walled meaning with examples

• The pressure vessel required a thick-walled construction to contain the volatile chemicals safely. The engineers calculated the precise wall thickness needed to withstand the immense internal pressure. During testing, the vessel maintained structural integrity. The thick-walled design gave an added margin of safety, ensuring it wouldn't rupture under the highest expected pressures.
• Ancient aqueducts often feature thick-walled channels. They were constructed with durable stone and mortar. The thick-walled construction helped resist erosion from water and the external forces of nature and any potential damage. The design proved effective for centuries in delivering fresh water to communities.
• The furnace had a thick-walled refractory lining to contain the extreme heat. The design minimized heat loss and protected the outer shell of the furnace from damage. Because of its thick-walled construction, the furnace maintained consistent temperature for prolonged periods, essential for effective industrial processes.
• The cast-iron skillet has a thick-walled base and sides. This allowed for even heat distribution. This characteristic is essential for consistent cooking. The thick-walled construction also allowed the skillet to retain heat, ideal for searing meats and maintaining food temperature for longer.
• The submarine's hull was necessarily thick-walled to withstand the crushing pressure of the deep ocean. The strength of the hull allowed for the depths required for stealth and operation. With its thick-walled structure, the submarine remained watertight, protecting its crew.