Hybrid Mixture Theory-Based Modeling of Unsaturated Transport in a Deforming Porous Food Matrix During Frying
Yash Shah & Pawan Singh Takhar
The fees for InterPore courses are structured based on your membership status and professional category.
Below is the fee breakdown:
Here you can find information about recent publications of InterPore members. These are published under InJournals Section of InterPore Newsletter.
InterPore Members can promote their publications to the community via the InterPore In Journals Section of the Newsletter. If you wish to do so, please submit your publication highlight to newsletter@InterPore.org. Clearly indicate which of the authors is an InterPore member (or the institute with an Institutional Membership). Note that we will not review the entries nor does InterPore endorse the published work. Furthermore, we publish on a “submitted first, published first” basis. The highlighted publication should be no older than 6 months (available online).
The highlight should be short (max 100 words) and contain an illustration. Please note that we offer this opportunity exclusively to InterPore members. If you would like to become a member, please have a look here.
Hybrid Mixture Theory-Based Modeling of Unsaturated Transport in a Deforming Porous Food Matrix During Frying
Yash Shah & Pawan Singh Takhar
Pore Unit Cell Network Modeling of the Thermal Conductivity Dynamics in Unsaturated Sandy Soils: Unveiling the Role of Spanning-Wetting Phase Cluster
Rasoul Mirghafari, Amir Hossein Helforoosh, Ehsan Nikooee, Ghassem Habibagahi, Amir Raoof, Martinus Theodorus van Genuchten
A novel technique is proposed to capture the thermal conductivity (TC) dynamics in unsaturated sands, essential for applications as diverse as geo-energy technologies to crop management and modeling fire-induced soil quality loss.