Modelling and Simulating Eulerian Venturi Effect of SBM to Increase the Rate of Penetration with Roller Cone Drilling Bit

Engineering

• Ansys Fluent 33%
• Carbonate Reservoir 33%
• Dissipation Rate 33%
• Drill Bit 66%
• Drilling Operation 33%
• Drilling Optimization 33%
• Energy Rate 33%
• Jet Nozzle 100%
• Mud Particle 33%
• Newtonian Fluid 66%
• Rate of Penetration 100%
• Roller Cone 100%
• Rotation Speed 33%
• Temperature Region 33%
• Turbulent Kinetic Dissipation 33%
• Turbulent Kinetic Energy 33%
• Venturi Effect 100%
• Wellbore 33%

INIS

• carbonates 14%
• china 14%
• cones 100%
• cutting 28%
• drill bits 28%
• drilling 100%
• drills 28%
• engineers 14%
• fluids 42%
• geometry 14%
• high pressure 14%
• high temperature 14%
• interactions 14%
• jets 42%
• kinetic energy 14%
• manufacturers 14%
• modeling 100%
• nozzles 57%
• operation 14%
• optimization 14%
• particle size 14%
• particles 14%
• rocks 14%
• rotation 14%
• speed 14%
• turbulence 14%

Keyphrases

• K-epsilon Turbulence 25%