Introduction
COMSOL Multiphysics software is general-purpose and uses advanced numerical solution methods to model and simulate physics-based problems. By using this software, you will be able to analyze multi-physics phenomena or coupled phenomena with the help of more than 30 modules available in this software.
You will also be able to develop the simulation platform using dedicated tools and interfaces for electrical, mechanical, chemical and fluid flow applications.
The Add-ons of this software provide the possibility of connecting your simulations in the COMSOL Multiphysics environment with other calculation methods. It also provides the possibility of two-dimensional and three-dimensional design software (CAD) and electronic component design software (ECAD) simultaneously (real-time).
A hypothetical reaction between substances A and B occurs in the liquid phase, producing substance C. The reaction takes place in the system depicted in the figure. The reactant fluid enters the channel from the left, which is contained within a rectangular quartz glass cube, The reaction is exothermic, generating heat within the system as the reaction progresses. This heat is removed by an external cooling fluid using the top and bottom walls under convective boundary conditions.
The figure below shows the micro reactor geometry.
These reactions are simulated in three-dimensional and stable mode in Comsol software. The images below show some of the results.
Concentration
Velocity
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