A fully-coupled water-vapor flow and rock deformation/damage model for shale and coal: Its application for mine stability evaluation

Earth & Environmental Sciences

• air 17%
• analysis 8%
• basin 5%
• coal 57%
• coal mine 20%
• damage 56%
• effect 2%
• evaluation 41%
• exposure 6%
• field damage 18%
• fluid 18%
• geomechanics 13%
• ground control 12%
• hazard 7%
• humidity 18%
• matrix 6%
• mechanical property 9%
• modeling 9%
• moisture 16%
• penetration 8%
• permeability 7%
• pillar 11%
• relative humidity 9%
• rock 42%
• roof 79%
• shale 68%
• suction 10%
• swelling 10%
• water 9%
• water retention 11%
• water vapor 73%

Engineering & Materials Science

• Air 17%
• Atmospheric humidity 29%
• Coal 71%
• Coal mines 24%
• Elastic deformation 24%
• Fluids 20%
• Geomechanics 15%
• Hazards 9%
• Mechanical properties 7%
• Moisture 18%
• Rocks 74%
• Roofs 83%
• Shale 100%
• Skin 9%
• Swelling 12%
• Water 23%
• Water vapor 97%