Thermomechanics for Geological, Civil Engineering and Geodynamic Applications: Numerical Implementation and Application to the Bentheim Sandstone by Jacquey, Antoine B., Regenauer-Lieb, Klaus, Cacace, Mauro

“…The impacts of the multiscale and poromechanical behavior of geomaterials are relevant for a number of applications ranging from civil engineering, reservoir engineering, geological and geodynamic. The use of thermodynamic-consistent approaches to construct constitutive laws which span a large range of time scales is particularly relevant in this context. …”
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Oscillating bound states in non-Markovian photonic lattices by Lim, Kian Hwee, Mok, Wai-Keong, Kwek, Leong Chuan

“…Our work be experimentally implemented on current photonic waveguide array platforms and opens up new prospects in utilizing reservoir engineering for the storage of quantum information in photonic lattices.…”
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Malaysian crude bubble point pressure correlation revisit using multi linear regression. by Ahmad Shukri, Mohd. Razmi Ziqri, Jaafar, Mohd. Zaidi, Abu Husain, Mohd. Khairi

“…Hydrocarbon PVT data are one of the crucial inputs in reservoir engineering calculations. A laboratory study on reservoir fluids can be used to get these data, or they can be inferred from empirical correlations. …”

Time-Lag Response of Landslide to Reservoir Water Level Fluctuations during the Storage Period: A Case Study of Baihetan Reservoir by Zhengrong Yang, Wenfei Xi, Zhiquan Yang, Zhengtao Shi, Guangcai Huang, Junqi Guo, Dongqing Yang

“…By proposing a quantitative analysis methodology utilizing LiCSBAS technology and the TLCC model, our findings can inform decision-making in the field of disaster prevention and reduction in reservoir engineering.…”
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Numerical Investigation of Slurry Fracturing during Shield Tunneling under a Reservoir by Bingyu Han, Dajun Yuan, Teng Wang, Zhongxin Wang

“…The risk of slurry blow-out in shield tunnel crossing reservoir engineering is analyzed. The advantages of the XFEM for simulating crack propagation are fully exploited. …”
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GeoINR 1.0: an implicit neural network approach to three-dimensional geological modelling by M. Hillier, F. Wellmann, E. A. de Kemp, B. Brodaric, E. Schetselaar, K. Bédard

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Dynamic Material Balance Method for Estimating Gas in Place of Abnormally High-Pressure Gas Reservoirs by Lixia Zhang, Yingxu He, Chunqiu Guo, Yang Yu

“… AbstractDetermination of gas in place (GIP) is among the hotspot issues in the field of oil/gas reservoir engineering. The conventional material balance method and other relevant approaches have found widespread application in estimating GIP of a gas reservoir or well-controlled gas reserves, but they are normally not cost-effective. …”
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Hydrogen–Natural Gas Mix—A Viable Perspective for Environment and Society by Adrian Neacsa, Cristian Nicolae Eparu, Cașen Panaitescu, Doru Bogdan Stoica, Bogdan Ionete, Alina Prundurel, Sorin Gal

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The status quo and technical development direction of underground gas storages in China by Guosheng Ding, Chun Li, Jieming Wang, Hongcheng Xu, Yali Zheng, Qiqi Wanyan, Yanjie Zhao

“…Facing all these challenges, it is necessary not only to explore market driven operation modes, but also to strengthen technology tackling and carry out core technological research and development, including geologic evaluation, gas reservoir engineering, drilling and completion engineering, UGS injection and gas recovery engineering, surface auxiliary technologies and UGS integrity evaluation, so that UGS building efficiency can be increased greatly.…”
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Improvement of Gas Compressibility Factor and Bottom-Hole Pressure Calculation Method for HTHP Reservoirs: A Field Case in Junggar Basin, China by Yun Xia, Wenpeng Bai, Zhipeng Xiang, Wanbin Wang, Qiao Guo, Yang Wang, Shiqing Cheng

“…If using the PVT laboratory to get the gas compressibility factor, data from the laboratory are so little that it will not satisfy the demands of reservoir engineering calculations. There are many empirical correlations for calculating the Z-factor; however, these correlations give large errors at high gas reservoir pressures. …”
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A Data-Driven Reduced-Order Model for Estimating the Stimulated Reservoir Volume (SRV) by Ali Rezaei, Fred Aminzadeh

“…Second, it treats SRV generation as a rock mechanics problem (rather than a reservoir engineering problem with fixed fracture lengths), accounting for changes in hydraulic fracture topology and SRV changes with time. …”
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Application of ARIMA-RTS optimal smoothing algorithm in gas well production prediction by Yonggang Duan, Huan Wang, Mingqiang Wei, Linjiang Tan, Tao Yue

“…How to accurately predict the dynamic production during gas field development is an important content of reservoir engineering research. Reservoir numerical simulation is the most common method for predicting oil and gas production. …”
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A comprehensive methodology for reservoir cut-off determination by Mohammad Zeyghami, Mohammad Taghizadeh Sarvestani

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Proxy Model Development for the Optimization of Water Alternating CO₂ Gas for Enhanced Oil Recovery by D Aqnan Marusaha Matthew, Ashkan Jahanbani Ghahfarokhi, Cuthbert Shang Wui Ng, Menad Nait Amar

“…Optimization studies are an important task in reservoir engineering practices such as production optimization and EOR (Enhanced Oil Recovery) assessments. …”
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Optimization of a development well pattern based on production performance: A case study of the strongly heterogeneous Sulige tight sandstone gas field, Ordos Basin by Yuegang Li, Wen Xu, Feng Xiao, Lili Liu, Shixin Liu, Wei Zhang

“…Then we established a mathematical model for the optimization of development well pattern by combining fine sand anatomy, reservoir engineering, numerical simulation and economic evaluation, and obtained a quantitative relationship between recovery and well pattern density. …”
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A dynamic prediction model of pressure-control production performance of shale gas fractured horizontal wells and its application by Ailin Jia, Yunsheng Wei, Cheng Liu, Junlei Wang, Yadong Qi, Chengye Jia, Bo Li

“…For clarifying the inherent relation between relieving fracture closure and improving the EUR by adopting the pressure-control production system for shale gas fractured horizontal wells, and the significance of pressure-control production for gas reservoir engineering, a dynamic formation–fracture coupling prediction model for production performance of fractured horizontal wells was established and solved, with the finite conductivity fracture as basic flow unit and the variable stress sensitivity coefficient introduced. …”
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Investigation and Optimization of EOR Screening by Implementing Machine Learning Algorithms by Shengshuai Su, Na Zhang, Peng Wang, Shun Jia, Acacia Zhang, Han Wang, Min Zhang

“…Enhanced oil recovery (EOR) is a complex process which has high investment cost and involves multiple disciplines including reservoir engineering, chemical engineering, geological engineering, etc. …”
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PVTX characteristics of oil inclusions from Asmari formation in Kuh-e-Mond heavy oil field in Iran by Shariatinia, Zeinab, Haghighi, Manouchehr, Shafiei, Ali, Feiznia, Sadat, Zendehboudi, Sohrab

“…Incorporating PVT properties and compositional evolution of oil inclusions into reservoir engineering simulator protocols can enhance understanding of oil accumulation, reservoir charge history, and migration events. …”
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On relative permeability : a new approach to two-phase fluid flow in porous media by Albarghouty, Lubna Khalid

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Advances in the pilot point inverse method: Où En Sommes-Nous maintenant? by White, Jeremy, Lavenue, Marsh

“…Since Ghislain de Marsily first developed the Pilot Point Method (PPM) in 1978, its development and use has grown significantly in applied decision-support modeling settings including hydrogeology, as well as in other industries, e.g., petroleum reservoir engineering. A technique that was once confined to academic realms, the PPM is now widely accepted as one of the industry pillars of inversion and uncertainty quantification for predictive groundwater modeling. …”
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