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Utkarsh Sinha
Utkarsh Sinha
Research Engineer, Xecta Digital Labs
Verified email at uh.edu - Homepage
Title
Cited by
Cited by
Year
Machine learning augmented dead oil viscosity model for all oil types
U Sinha, B Dindoruk, M Soliman
Journal of Petroleum Science and Engineering 195, 107603, 2020
302020
Prediction of CO2 minimum miscibility pressure using an augmented machine-learning-based model
U Sinha, B Dindoruk, M Soliman
SPE Journal 26 (04), 1666-1678, 2021
232021
Prediction of CO2 minimum miscibility pressure MMP using machine learning techniques
U Sinha, B Dindoruk, M Soliman
SPE Improved Oil Recovery Conference, 2020
202020
Development of a new correlation to determine relative viscosity of heavy oils with varying asphaltene content and temperature
U Sinha, B Dindoruk, MY Soliman
Journal of Petroleum Science and Engineering 173, 1020-1030, 2019
182019
Physics guided data driven model to forecast production rates in liquid wells
U Sinha, H Zalavadia, S Sankaran
SPE Oklahoma City Oil and Gas Symposium/Production and Operations Symposium …, 2023
72023
Physics augmented correlations and machine learning methods to accurately calculate dead oil viscosity based on the available inputs
U Sinha, B Dindoruk, MY Soliman
SPE Journal 27 (05), 3240-3253, 2022
72022
An Improved Method for GOR Forecasting in Unconventionals
H Zalavadia, U Sinha, S Sankaran
Unconventional Resources Technology Conference, Houston, Texas, USA, June 2022., 2022
62022
Physics guided data-driven model to estimate minimum miscibility pressure (MMP) for hydrocarbon gases
U Sinha, B Dindoruk, M Soliman
Geoenergy Science and Engineering 224, 211389, 2023
32023
Using hybrid models for unconventional production opportunities and value generation—Case studies
H Zalavadia, T Stoddard, U Sinha, A Corman, S Sankaran
Unconventional Resources Technology Conference, 20–22 June 2022, 1960-1979, 2022
22022
Estimation of Dead Oil Viscosity Utilizing Physics Based Correlative Principles and Predictive Machine Learning Techniques.
U Sinha, B Dindoruk, M Soliman
SPE Annual Technical Conference and Exhibition?, D031S054R003, 2019
22019
Improving artificial lift timing, selection, and operations strategy using a physics informed data-driven method
H Zalavadia, P Singh, U Sinha, S Sankaran
Unconventional Resources Technology Conference, 13–15 June 2023, 772-794, 2023
12023
Unconventional well interference detection using physics informed data-driven model
U Sinha, PS Chauhan, H Zalavadia, S Sankaran, C Chen
SPE/AAPG/SEG Unconventional Resources Technology Conference, D011S015R001, 2023
12023
Hybrid Multiphase Rate Forecasting Model in Liquid Wells for Unconventional Reservoirs
U Sinha, H Zalavadia, PS Chauhan, S Sankaran
SPE Western Regional Meeting, D031S008R004, 2023
12023
A Data-Driven Journey into Liquid Loading Detection and Prediction
U Sinha, PS Chauhan, H Zalavadia, A Adil, S Sankaran
SPE Western Regional Meeting, D021S007R001, 2024
2024
Physics-Augmented Data Driven Method to Detect and Quantify the Impact of Well Interference
U Sinha, PS Chauhan, H Zalavadia, V Sabharwal, S Sankaran, C Chen
Abu Dhabi International Petroleum Exhibition and Conference, D041S126R002, 2023
2023
Gas-oil ratio forecasting in unconventional reservoirs
S Sankaran, H Zalavadia, U Sinha
US Patent 11,767,750, 2023
2023
Physics informed data-driven models for discovery of flow physics and forecasts in unconventional reservoirs
H Zalavadia, U Sinha, P Singh, Z Guo, S Sankaran
Unconventional Resources Technology Conference, 13–15 June 2023, 1847-1877, 2023
2023
Discovery of Unconventional Reservoir Flow Physics for Production Forecasting Through Hybrid Data-Driven and Physics Models
H Zalavadia, U Sinha, P Singh, S Sankaran
SPE Western Regional Meeting, D031S011R007, 2023
2023
Real Time Artificial Lift Timing and Selection Using Hybrid Data-Driven and Physics Models
H Zalavadia, M Gokdemir, U Sinha, P Singh, S Sankaran
SPE Western Regional Meeting, D041S014R001, 2023
2023
Optimizing Artificial Lift Timing and Selection Using Reduced Physics Models
H Zalavadia, M Gokdemir, U Sinha, S Sankaran
SPE Oklahoma City Oil and Gas Symposium/Production and Operations Symposium …, 2023
2023
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