Dimensioned, in a technical or artistic context, refers to the act of specifying the measurements, extent, or scope of something. It can involve assigning numerical values to various aspects, such as length, width, height, or volume. This process is crucial in fields like engineering, architecture, and design, enabling precise creation and construction. Moreover, dimensioning can apply metaphorically, describing the scale or importance of an abstract concept. Accurate dimensioning ensures clarity and precision, facilitating understanding and replication.
Dimensioned meaning with examples
- The architect carefully dimensioned the blueprint, ensuring the precise placement of each wall and window, accounting for the required load-bearing capacities. The detailed plan allowed the construction team to build the house accurately and safely, minimizing errors during the construction process. Each element was meticulously planned to the required specifications to facilitate perfect build.
- The engineer dimensioned the prototype's components, assigning specific measurements for each part of the machine. The precise details were crucial for the manufacturing process to ensure seamless assembly and functionality, achieving the desired mechanical performance. The rigorous specification allowed the engineers to optimize performance and maintain quality control.
- The artist dimensioned the painting's canvas, determining the ideal proportions and size to convey a sense of scale and balance. The choice of dimensioning guided the composition, allowing for a compelling visual experience and the intended expression of the artwork. The dimensions shaped how the artwork was perceived by the viewer.
- The scientist dimensioned the data, defining the range and magnitude of the variables used in their experiment. The range of each experiment helped clarify the results by establishing relevant boundaries and supporting statistical analysis of the findings. Defining these parameters enhanced the clarity and significance of their research.