This work presents a new coupled transient wellbore/reservoir thermal analytical model,
consisting of a combined reservoir/casing/tubing system. The analytical model considers …

This paper presents a non-isothermal, transient coupled reservoir/wellbore model that
accounts for the Joule-Thomson (JT), isentropic expansion, conduction and convection …

This study focuses on the prediction of the production-inflow profile of a well producing a
single-phase flow of slightly compressible fluid (water or oil flow) in a multilayered system …

This work investigates the impact of temperature effect on pressure-transient measurements
made at any gauge location along a slanted wellbore completed with a production tubing …

Prediction of the wellbore fluids and formation temperatures is crucial during drilling
operation, especially for high temperature wells, such as geothermal applications. This work …

The objectives of this study are to develop a new approximate analytical solution for
predicting drawdown temperature transient behavior of a fully penetrating vertical well in a …

This study presents an approximate analytical solution for predicting drawdown temperature
transient behaviors of a fully penetrating vertical well in a two-zone radial composite …

The formation of natural gas hydrates seriously affects the production efficiency of gas wells.
Obtaining the correct temperature and pressure profile along the wellbore of gas wells is a …

Fiber Optic provides massive amount of information from downhole of the well. But as it is
seen in practice, taking this data and converting into something valuable to Operator's …

The objectives of this study are to (i) provide analytical transient coupled wellbore/reservoir
model to interpret/analyze transient temperature drawdown/buildup data acquired at both …