Tensioned

The state of being stretched or strained, typically to a degree of tautness. It implies a force is applied to a material, cable, or structure, resulting in an internal stress that resists further deformation or movement. 'Tensioned' describes something deliberately brought into a state of tension for a specific purpose, whether it be structural support, energy storage, or functional operation. This can relate to strings of a musical instrument, cables within a suspension bridge, or tendons within the human body. It emphasizes the act of creating a controlled pull or stress, and the resulting state of strain and potential energy. Understanding how something is 'tensioned' is crucial in fields like engineering, mechanics, and music to manage and control the behavior of the affected material.

Tensioned meaning with examples

• The bridge builders meticulously tensioned each of the steel cables, ensuring they bore the weight of the roadway and prevented collapse. This process was repeated many times to maintain stability. The precise level of tension was carefully calculated to distribute forces evenly across the structure, creating a strong and durable bridge designed to withstand heavy loads and severe weather conditions.
• The skilled violinist tensioned the strings of their instrument, achieving the specific pitch and resonance needed to produce beautiful music. Too much tension would cause the string to snap, while too little would result in a dull sound. The musician's meticulous adjustments determined the instrument's tonal quality.
• Before takeoff, the engineers tensioned the control cables of the aircraft. The process ensures responsive movement of the flaps, rudders, and ailerons. This delicate system provides pilots with accurate control over the aircraft, crucial for safe and efficient flight. The accurate amount of tension is very important to the plane's success.
• During the construction, workers carefully tensioned the steel reinforcement bars within the concrete, increasing the strength and flexibility of the building. The carefully applied tension prevented cracks. This technique allows concrete structures to support immense weight.
• The archer tensioned the bowstring, drawing back the arrow with focused precision and strength. The potential energy stored within the drawn bow was crucial. Releasing the tension launches the arrow with great force. The archer released the tension toward the target.