Numerical simulation and validation of ice filling process for ice slurry precooling box packaging of broccoli

Numerical simulation and validation of ice filling process for ice slurry precooling box packaging of broccoli

Blog Article

[Objective] In order to solve the problem of uniformity of ice crystal distribution in the process of ice slurry filling.[Methods] Taking broccoli as the research object, the physical model of packing broccoli in carton was established, and the effects of ice filling speed and ice filling Angle on ice crystal distribution uniformity during the ice filling process were analyzed by CFD simulation, so as to determine appropriate ice filling process parameters.[Results] A systematic review of the interrelations of urban form and mode choice in African cities The ice-filling speed and filling angle significantly impact the uniformity of ice crystal distribution.Both excessively low and high ice-filling speeds were detrimental to achieving uniform ice distribution.

Tilting the filling angle results in inadequate coverage of fluidized ice on the upper layers of broccoli within the container.[Conclusion] Maintaining a horizontal angle and Metaverse in Human Behavior: The Role of Telepresence and Flow Experience on Consumers’ Shopping Behavior in the Metaverse an ice-filling speed of 3 m/s yields the most uniform distribution of ice crystals, meeting the pre-cooling requirements for broccoli and enabling a certain duration of low-temperature storage.