Abstract The aim of this work is the simulation volumetric strain tuberous crop during drying. We propose a poroelastic model for predicting drying kinetics and volume loss potato cubes convective Biot’s theory poroelasticity was used, which considers Lamé parameters, Young’s modulus Poisson’s ratio. Drying were modeled compared versus experimental data. An X-ray microtomograph coupled with ima...

This paper considers the model-based control of composition and thickness for a thin-film drying process used in the continuous manufacturing of pharmaceutical tablets. In this nonlinear distributed dynamical system, a drug formulation solution is coated onto a moving surface and then dried to form thin films of approximately 250 μm in thickness. A dynamic optimizer is designed that employs a f...

High-frequency wood drying is the modern method used in raw so that treated can be further various processes. Such systems are because of economy, energy efficiency, obtaining good mechanical properties after treatment, as well reducing time consumption. Therefore, it extremely important to understand each component such and The mentioned implemented using high-frequency generators based on vac...

Crack patterns observed in nature have attracted the interest of researchers various fields, and mechanism pattern formation has been investigated. However, phenomenon is very complicated, many factors affect process. Therefore, we are motivated to construct a general simulation code with simple algorithm. In this study, crack due shrinkage caused by drying wet material was simulated. The proce...

Vacuum freeze-dried products exhibit properties characteristic of porous media, rendering them superior in both drying and rehydration capabilities. However, the process sublimation is constrained by its substantial time energy costs. To comprehensively grasp technological identify optimal parameters, cellular automata method was employed for simulation. Carrot slices, measuring 10 mm thickness...