Metal-supported

Metal-supported describes a structure, material, or component that relies on a metallic framework or foundation for stability, strength, or physical support. This can refer to a variety of applications, from architectural elements to manufacturing processes, and implies that the metal provides the primary structural integrity or load-bearing capability. The metal component may be the entire structure, or it might be a reinforcing element embedded within another material. This arrangement often enhances durability and resistance to stress. The material supported can be anything: ceramic, plastic, wood, composites, or other metals.

Metal-supported meaning with examples

• The bridge's roadway was constructed using metal-supported concrete panels, ensuring exceptional load-bearing capacity and longevity. The metal framework internally reinforced the concrete, minimizing cracking and offering enhanced resistance to environmental factors. This design minimized maintenance needs and maximized the bridge's lifespan, handling extreme conditions and high traffic volumes easily.
• High-performance, metal-supported ceramic blades are commonly used in modern gas turbines. The metal provides structural stability for the fragile ceramic materials, allowing them to function effectively at incredibly high temperatures. The metal, often a superalloy, absorbs stress. The combination allows turbines to operate more efficiently, contributing to improved energy production.
• The construction of the modular building blocks used a metal-supported plastic frame to keep the structure lightweight, yet durable. This design allowed for easier transportation and rapid assembly on-site. Metal components, typically steel, reinforced the plastic, providing enhanced resistance to impacts and long-term wear and tear and reduced costs through standardized manufacturing.
• Aerospace engineers utilize metal-supported composite materials in aircraft wings. These advanced materials, like carbon fiber reinforced with titanium supports, combine high strength-to-weight ratios with superior aerodynamic characteristics. The metal framework is the main backbone, helping the composite materials function better, improving fuel efficiency and aircraft performance.
• In modern additive manufacturing, metal-supported polymer structures are fabricated for creating complex products, such as specialized medical implants or detailed machine components. The metal acts as a supportive scaffold, providing stability during the printing process, and subsequently enhancing the strength and functionality of the final product.