Three-dimensional modeling of mass transfer in porous media using the mixed hybrid finite elements and the random-walk methods

Earth and Planetary Sciences

• Porous Medium 100%
• Mass Transfer 100%
• Advection 100%
• Three Dimensional Models 100%
• Aquifer 100%
• Comparison 100%
• Algorithms 100%
• Hybrid 100%
• Formulation 50%
• Velocity Distribution 50%
• Numerical Model 50%
• Flow Equation 50%
• Particle Tracking 50%
• Sodium Chloride 50%
• Model 50%
• Show 50%
• Simulation 50%
• Analogy 50%
• Value 50%
• Length 50%
• Region 50%
• Particle 50%
• Accuracy 50%
• Laboratory 50%
• Efficiency 50%
• Width 50%
• Experiment 50%
• Depth 50%
• Accumulation 50%
• Sand 50%

INIS

• porous materials 100%
• finite element method 100%
• modeling 100%
• randomness 100%
• hybrids 100%
• equations 100%
• mass transfer 100%
• algorithms 66%
• transport 66%
• comparative evaluations 66%
• particles 66%
• simulation 66%
• dispersions 66%
• advection 66%
• fokker-planck equation 66%
• aquifers 66%
• laboratories 33%
• velocity 33%
• efficiency 33%
• depth 33%
• length 33%
• width 33%
• accumulation 33%
• accuracy 33%
• sand 33%
• sodium chlorides 33%
• measured values 33%

Physics

• Advection 100%
• Three Dimensional Models 100%
• Fokker-Planck Equation 100%
• Particle 100%
• Media 100%
• Mass Transfer 100%
• Finite Element Methods 100%
• Random Walk 100%
• Numerical Model 50%
• Flow Equations 50%
• Model 50%
• Region 50%
• Simulation 50%
• Algorithms 50%
• Value 50%
• Width 50%
• Speed 50%
• Accumulations 50%
• Sodium 50%