On the Theory of Solitons of Fluid Pressure and Solute Density in Geologic Porous Media, with Applications to Shale, Clay and Sandstone

Keyphrases

• Clay 100%
• Fluid Pressure 100%
• Porous Media 100%
• Sandstone 100%
• Solute 100%
• Shale 100%
• Transport Processes 50%
• Stress-strain 50%
• Jordan 50%
• Silt 50%
• Burgers 50%
• Model Solution 50%
• Advection 50%
• Pore Pressure 50%
• Stress Rate 50%
• Low-permeability Rock 50%
• High Permeability 50%
• Nuclear Waste Disposal 50%
• Large Signal 50%
• External Stress 50%
• Linear Diffusion 50%
• Pressure Jump 50%
• Pierre Shale 50%
• St. Peter Sandstone 50%
• Seawater Intrusion 50%
• Porous Rocks 50%
• Osmosis 50%
• Hooke's Law 50%
• Boom Clay 50%
• Nonlinear Wave Theory 50%
• Waste Salt 50%
• Shale Boom 50%

Earth and Planetary Sciences

• Fluid Pressure 100%
• Solitary Wave 100%
• Sandstone 100%
• Transport Process 16%
• Pore Pressure 16%
• Advection 16%
• Jordan 16%
• Nonlinear Wave 16%
• Hooke Law 16%
• Boom Clay 16%
• Porosity 16%
• Radioactive Waste 16%

Engineering

• Fluid Pressure 100%
• Solitary Wave 100%
• Transport Process 16%
• External Stress 16%
• Stress Rate 16%
• Porous Rock 16%
• Pressure Jump 16%
• Hooke Law 16%
• Salt Water Intrusion 16%
• Advection 16%