CODES

All codes in this page are freely available for non-commercial use; however, they should be referenced appropriately. The code files can be opened and edited with text editors such as Notepad++ and gedit.

heat transfer coefficient from a fixed nusselt number inside monolith channels

This code is for computing the convective heat transfer coefficient inside monolith channels from a fixed Nusselt number. It was written in c and to be compiled in ANSYS Fluent. Further information can be found in Cornejo et al. 2020

Download the file by clicking [HERE]

Variable permeability for a straight channel monolith

This code is for implementing a variable permeability (friction factor) in straight channel monoliths. It was written in c and to be compiled in ANSYS Fluent. The first section of the code contains a list for parameters that must be adjusted according to the geometry of the desired monolith. Further information can be found in Cornejo et al. 2019 and Cornejo et al. 2020.

Download the file by clicking [HERE]

decay of upstream turbulence of flow entering a monolith

This code is for implementing the turbulence dissipation inside a straight channel monoliths when using the porous medium approach and a k-w like RANS model. It was written in c and to be compiled in ANSYS Fluent. The file contains the sink terms for the k and w . Further information can be found in Cornejo et al. 2018.

Download the file by clicking [HERE]

Turbulence generation of flow leaving a monolith

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