Novel analytical methods of temperature interpretation in horizontal wells

INIS

• distribution 100%
• solutions 100%
• monitoring 100%
• temperature measurement 100%
• data 50%
• applications 50%
• control 50%
• losses 50%
• asymptotic solutions 50%
• variations 50%
• length 50%
• layers 50%
• water 50%
• liquids 50%
• oils 50%
• evaluation 50%
• expansion 50%
• fluids 50%
• simulators 50%
• mathematical models 50%
• analytical solution 50%
• management 50%
• steady-state conditions 50%
• sensors 50%
• thermal properties 50%
• time dependence 50%
• convection 50%
• well completion 50%
• flow rate 50%
• oil fields 50%
• heat losses 50%
• thermal recovery 50%
• production logging 50%
• joule-thomson effect 50%

Engineering

• Horizontal Wells 100%
• Transients 66%
• Flow Condition 33%
• Heat Losses 33%
• Solution Technique 33%
• Mathematical Model 33%
• Reservoir Management 33%
• Simulators 33%
• Flow System 33%
• Steady State Flow 33%
• Downhole Temperature 33%
• Temperature Profile 33%
• Pressure Loss 33%
• Phase Flow 33%
• Potential Application 33%
• Flow Pressure 33%
• Temperature Behavior 33%
• Constant Flow Rate 33%
• Thermal Sensor 33%
• Well Completion 33%
• Permanent Downhole Gauge 33%
• Oil Field 33%
• Joule-Thomson Effect 33%