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Mohatsim Mahetaji
Mohatsim Mahetaji
PhD scholar
在 spt.pdpu.ac.in 的电子邮件经过验证
标题
引用次数
引用次数
年份
Pre-drill pore pressure prediction and safe well design on the top of Tulamura anticline, Tripura, India: a comparative study
M Mahetaji, J Brahma, A Sircar
Journal of Petroleum Exploration and Production Technology 10, 1021-1049, 2020
202020
Prediction of minimum mud weight for prevention of breakout using new 3D failure criterion to maintain wellbore stability
M Mahetaji, J Brahma
Rock Mechanics and Rock Engineering 57 (3), 2231-2252, 2024
52024
A new extended Mohr-Coulomb criterion in the space of three-dimensional stresses on the in-situ rock.
M Mahetaji, J Brahma, RK Vij
Geomechanics and Engineering 32 (1), 49-68, 2023
52023
Breakout Prediction as a Chip Cutting by Milling Machine for Wellbore Stability in Geomechanics
M Mahetaji, J Brahma, RK Vij
Recent Research on Geotechnical Engineering, Remote Sensing, Geophysics and …, 2024
12024
A critical review of rock failure Criteria: A scope of Machine learning approach
M Mahetaji, J Brahma
Engineering Failure Analysis, 107998, 2024
12024
Multivariable Regression 3D Failure Criteria for In-Situ Rock
M Mahetaji, J Brahma, RK Vij
Earth Sciences Research Journal 27 (3), 273-287, 2023
12023
Real-Time Prediction of Optimum Drilling Mud Weight by New 3D Failure Criterion to Manage Wellbore Stability in Challenging Environments
M Mahetaji, J Brahma, RK Vij
Recent Research on Geotechnical Engineering, Remote Sensing, Geophysics and …, 2024
2024
A Non-Linear 3D Failure Criteria for In-Situ Rock: Multivariable Regression Approach
M Mahetaji, J Brahma
Available at SSRN 4303986, 2022
2022
Pore Pressure Prediction and Well Design on The Tulamura Anticline, Tripura, India: An Integrated Approached
M Mahetaji
Tripura, India: An Integrated Approached, 2019
2019
Minimum Mud Weight Prediction for Prevention of Breakout Using New 3D Failure Criterion to Maintain Wellbore Stability
M Mahetaji, J Brahma, RK Vij
Available at SSRN 4293703, 0
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