Design and Analysis of Tricone Drill Bit Assembly 3D model

Project Title: Design and Analysis of Tricone Drill Bit AssemblyCore Functions: Advanced CAD Modeling, Assembly Design, Material Optimization, Finite Element Analysis (FEA), and Performance Simulation

Description:Developed a comprehensive 3D model and assembly of a tricone drill bit, tailored for optimal performance in drilling operations across various geological formations. The project emphasized precise geometric detailing of the assembly components, including cones, bearings, and cutters, to ensure operational efficiency and durability under extreme conditions. Advanced material selection techniques were applied to enhance wear resistance and minimize failure rates during high-pressure drilling tasks. The design workflow was further augmented with Finite Element Analysis (FEA) to evaluate stress distribution and fatigue life, ensuring structural integrity during prolonged usage. Leveraging iterative simulations, the design was refined to achieve a balanced trade-off between performance, longevity, and manufacturing feasibility.