The adjective 'unformable' describes something that is incapable of being molded, shaped, or given a specific form. This inability can stem from various factors, including inherent material properties like excessive hardness, brittleness, or an inflexible internal structure. It may also relate to processes where techniques required for successful molding are absent or impractical. Essentially, 'unformable' implies a resistance to being shaped or altered, rendering it unsuitable for applications demanding specific geometries or configurations. The lack of formability often signifies limitations in manufacturing, design, and material selection, as the desired shape is unattainable using conventional methods. The term's meaning, therefore, focuses on the resistance to change in shape.
Unformable meaning with examples
- The hardened steel block was unformable using traditional forging techniques, requiring alternative methods like machining to achieve the desired shape. Attempting to hammer it resulted in stress cracks. This illustrates its complete resistance to typical reshaping by force. Its structural integrity would suffer.
- Due to its crystalline structure and lack of plasticity, the raw diamond was largely unformable. It would shatter or break rather than bend or mold. It could not be compressed. Precision cutting and polishing are needed to shape it, reflecting its unique physical limitations.
- The ceramic tile, after being fired, was essentially unformable, making it difficult to adjust its dimensions or modify its surface. It could not bend, so it could not take any other form, even with the addition of heat. This is a common characteristic of ceramic products.
- The rigid, solidified resin was unformable after curing, making it unsuitable for molding intricate designs. Once set, its solidity prevented changes. Attempts to adjust the shape risked destruction. The solid state is what rendered it this way.
- The irregular, highly porous meteorite fragment proved unformable; applying pressure caused it to crumble, and heating altered its properties, further preventing shaping. It was very brittle. Any manipulation was impossible, making it resistant to alterations.