Exercises in Drilling Fluid Engineering
Publisher: Bookboon.com
Published: 2013
ISBN-13: 9788740311440
Table of contents: title: Innhold; title: Fluid Properties; title: Rheology control; title: Rheology control; title: Flocculation; title: Mud contamination; title: Flocculation; title: Fluid additives; title: Fluid additives; title: Rheological models; title: Bingham/Power law.; title: Bingham/Power-law; title: Bingham/Power-law. Regression; title: Effective viscosity; title: All models; title: All models. Regression; title: All models; title: Drilling fluid dynamics; title: Velocity profile. Continuity equation; title: Velocity profile. Momentum flux; title: Velocity profile; title: Pressure loss vs. rheology; title: Pressure loss vs. rheology; title: Pressure loss vs. rheology; title: Pressure loss. Power-law; title: Pressure loss. Turbulent. Energy equation; title: Pressure loss vs. flow rate; title: Pressure loss. Use field data to evaluate model; title: Pressure loss. Effect of rotation; title: Pressure loss. Nozzles. OFU; title: Swab pressure. Cling factor; title: Swab pressure model; title: Hydraulic program; title: Mud pump issues; title: Optimal nozzles? Section wise; title: Liner selection. Section wise; title: Hydraulic program. Section wise (i.e. all liners are treated as if in range I); title: Optimal parameters for BHHP. OFU. Section wise; title: Liner selection. Complete well; title: Liner selection. Complete well; title: Well challenges; title: Filtration control; title: Filtration control; title: Cuttings concentration; title: Cuttings concentration; title: Density control; title: Density control; title: ECD. Barite; title: ECD. Fluid and flow; title: Water activity; title: Shale stability; title: Shale stability; title: Wellbore problem; title: Supportive Information; title: Pump (National 12-P-160) and hydraulic program data; title: Pressure loss equations; title: Conversion factors and formulas; title: Solutions to exercises in drilling fluid engineering; title: Rheology control; title: Rheology control; title: Flocculation; title: Mud contamination; title: Flocculation; title: Fluid additives; title: Fluid additives; title: Rheological models; title: Bingham / Power-law; title: Bingham/Power-law; title: Bingham/Power-law. Regression; title: Effective viscosity; title: All models; title: All models. Regression; title: All models.; title: Drilling fluid dynamics; title: Velocity profile. Continuity equation; title: Velocity profile. Momentum flux; title: Flow profile; title: Pressure loss vs. rheology; title: Pressure loss vs. Rheology; title: Pressure loss. Power law; title: Pressure loss. Turbulent flow. Energy equation; title: Pressure loss vs. flow rate; title: Pressure loss. Field data; title: Pressure loss. Effects of rotation; title: Pressure loss. Bit nozzle. OFU; title: Swab pressure. Clinging factor; title: Hydraulic program; title: Mud pump issues; title: Nozzle selection. Section wise; title: Liner selection. Section wise; title: Hydraulic program. Section wise; title: Optimal parameters with BHHP. OFU. Section wise; title: Liner selection. Complete well; title: Liner selection. Complete well; title: Wellbore challenges; title: Filtration control; title: Filtration control; title: Cuttings concentration; title: Cuttings; title: Density control; title: Density control; title: ECD. Barite; title: ECD. Flow rate & fluid consistency; title: Water activity; title: Shale stability; title: Shale stability; title: Wellbore problems