In this study, we adopt a distinctive approach to foaming prediction by leveraging the well -established theory of fluid behavior for drops. Drawing analogies between liquid drops and gas bubbles, we formulate a foaming prediction model. The theory of fluid behavior for drops, extensively explored in previous research, has found applications in diverse fields, including inkjet printing. In this theoretical framework, researchers have developed a set of equations incorporating dimensionless numbers such as the Re, Weber (We), and Ohnesorge (Oh) numbers. These equations are designed to forecast the behavior of a liquid jet, predicting whether a drop will form, how it will behave, and whether it will exhibit characteristics such as flowing, splashing on the surface, generating satellite droplets, or depositing as a single drop on the surface. This theory provides a robust foundation for our approach to predicting foaming.