The Application of COMSOL Multiphysics Package on the Modelling of Complex 3-D Lithospheric Electrical Resistivity Structures - A Case Study from the Proterozoic Orogenic belt within the North China Craton
#COMSOL 5.3 NEGLIGENCE INERTIA FULL#
The full functionality of the interface was demonstrated to model transport processes, governed by extended Nernst-Plank equation, in Class H Portland cement samples in high pressure and temperature autoclaves simulating systems that are used to store captured carbon dioxide (CO2) in geological reservoirs.
Benchmark comparisons show that the developed interface can be used to predict a variety of reactive-transport processes accurately. cement) using GEMS thermodynamic database formats. The interface allows modeling media with complex chemistry (e.g.
#COMSOL 5.3 NEGLIGENCE INERTIA SOFTWARE#
The two standalone software packages are managed from the interface that uses a non-iterative operator splitting technique to couple the transport ( COMSOL) and reaction (GEMS) processes. BurkanĪn interface was developed between COMSOL MultiphysicsTM finite element analysis software and (geo)chemical modeling platform, GEMS, for the reactive-transport modeling of (geo)chemical processes in variably saturated porous media.
Overall, both software packages provided the ability to solve multiphysics phenomena accurately.Ī COMSOL-GEMS interface for modeling coupled reactive-transport geochemical processesĪzad, Vahid Jafari Li, Chang Verba, Circe Ideker, Jason H. COMSOL provided a flexible model setup whereas ANSYS required coupling incompatible elements to transfer load between electromagnetic, fluid flow, and heat transport modules. Prediction of power Loss by both models was in close agreement (5-13% variation) and the predicted temperature profiles were similar. Comparison of the results from the COMSOL model with the results from a pre-developed and validated ANSYS model ensured accuracy of the COMSOL model. Numerical models were developed to simulate temperature profiles in Newtonian fluids during continuous flow microwave heating by one way coupling electromagnetism, fluid flow, and heat transport in ANSYS 8.0 and COMSOL Multiphysics v3.4. Salvi, D Boldor, Dorin Ortego, J Aita, G M Sabliov, C M Numerical modeling of continuous flow microwave heating: a critical comparison of COMSOL and ANSYS.
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