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The hyperbolic relationship illustrating that as the velocity of a concentric contraction increases, the developed tension decreases is known as the Force-Velocity Curve. This curve demonstrates a key principle in muscle physiology: while muscles can generate greater force at slower velocities, the ability to produce force diminishes as the speed of contraction increases. This relationship is crucial to understanding how strength and speed interact in sports performance and rehabilitation.

In contrast, the Force-Displacement Curve focuses on how force is related to the distance a muscle or object moves, not directly addressing the impact of velocity on tension. The Length-Tension Relationship describes how muscle tension varies with changes in muscle length, which is not the same as the velocity aspect. The Power-Time Relationship involves the relationship between power output and time but does not specifically represent how increased velocity affects developed tension during contractions. Thus, the Force-Velocity Curve is the accurate representation of the described phenomenon.