A Novel Temperature Prediction Model Considering Stress Sensitivity for the Multiphase Fractured Horizontal Well in Tight Reservoirs

An accurate temperature profile of the multi-stage fractured horizontal well is foundation production interpretation using distributed sensing. In this paper, an oil-water two-phase flow prediction model considering stress sensitivity effect and Joule–Thomson constructed. Based on simulation calculation, wellbore variation under different formation parameters, water cuts, fracture parameters discussed. The distribution in multistage wells affected by many factors. According to principle orthogonal experimental design, difference between initial selected as analysis condition. Sixteen groups calculations are designed conducted. By analyzing results, it found that half-length, production, permeability main controlling factors profile. Finally, determined calculating a tight oil fitting measured data