How does a beam wind affect the results of an inclining experiment?

In an inclining experiment, a beam wind can significantly impact the stability and heeling of the vessel during the test. When a beam wind is present, it adds a force that can cause the vessel to heel to one side, which may lead to inaccuracies in measuring the angle of heel. This can distort the calculations used to determine key stability parameters, such as the center of gravity (KG).

The presence of a beam wind does not create accurate results; rather, it can introduce errors in the data collected. Therefore, choosing the notion that it creates accurate results would not align with the understanding of how external forces like wind affect the experiment. It becomes essential to conduct inclining experiments in controlled conditions without significant lateral forces to ensure that the data reflects the true stability characteristics of the vessel. Accurate results hinge on minimizing such disturbances, thereby allowing for precise calculations of KG and overall stability.