Masayo Kakumoto

Numerical Study On Dissociation of Methane Hydrate And Gas Production Behavior In Laboratory-Scale Experiments For Depressurization: Part 3-Numerical Study On Estimation of Permeability In Methane Hydrate Reservoir

Basic Study on the Frictional Strength between the Casing and Cement in a Methane Hydrate Production Well

Triaxial Compressive Properties of Artificial Methane-Hydrate-Bearing Sediments Containing Fine Fraction

Numerical Study on Consolidation and Gas Production Behavior in a Laboratory-Scale Experiment for Dissociation Process of Methane Hydrate by Depressurization

Evaluation of Frictional Properties for Methane-Hydrate-Well Completion and Production

Effect of Surface Roughness on Frictional Strength of Casing in the Sand under High Confining Pressures

Mechanical Response of Reservoir and Well Completion of the First Offshore Methane-Hydrate Production Test at the Eastern Nankai Trough: A Coupled Thermo-Hydromechanical Analysis

Modeling of the Frictional Behavior at the Contact Surface between the Different Materials Constituting Methane Hydrate Production Well: – Prediction of Stratum Deformation Behavior in Methane Hydrate Reservoir, Part3 –

Numerical Analysis for Deformation and Stress Distribution around Production Well based on Detailed Modeling for Methane Hydrate Bearing Sediment and Well Structure: − Prediction of Stratum Deformation Behavior in Methane Hydrate Reservoir, Part2 −

Numerical Analysis for Methane Hydrate Production Well Integrity Based on Experimental Estimation for Friction Strength at Contact Surface of Production Well and Sediment