Jõudluskõver

Jõudluskõver, often translated as performance curve, is a graphical representation used to illustrate the relationship between an input variable and the output performance of a system or component. Typically, the input variable is plotted on the horizontal axis (x-axis) and the performance metric is plotted on the vertical axis (y-axis). The curve shows how the performance changes as the input varies across its operational range.

In engineering and physics, jõudluskõverid are common for analyzing the behavior of various devices. For example, in the context of engines, a jõudluskõver might plot engine power or torque against engine speed (RPM). For electrical components like transformers, a jõudluskõver could show efficiency as a function of load. In computing, it might depict the throughput of a system versus the processing load.

The shape of the jõudluskõver provides valuable insights into the optimal operating points of a system. It can reveal limitations, identify peak performance levels, and indicate areas where efficiency is compromised. Analyzing these curves helps engineers and designers to understand system characteristics, compare different designs, and make informed decisions for optimization and troubleshooting. The specific parameters and units used on the axes are dependent on the system being analyzed.