Advanced well construction planning tool with AI-powered analysis

A production-ready TypeScript/React application for drilling engineers to design and optimize liner cementing operations.

Key Features:

• 📐 Comprehensive torque & drag modeling (soft-string mechanics)
• 🎯 Packer setting force simulation and safety factor calculation
• 🧮 Real-time cement job volume calculations
• 🤖 AI-powered analysis with Gemini integration
• 📊 3D well path visualization with interactive charts
• 📄 Professional PDF report generation with jsPDF

Tech Stack: TypeScript, React, Remotion, Gemini AI, Lucide Icons

Computational Fluid Dynamics: Laminar Boundary-Layer Theory

Published research code repository demonstrating numerical solutions to fundamental fluid dynamics problems.

Features:

• Blasius, Hiemenz, Homann, and Falkner-Skan flow equations
• Finite difference scheme implementation
• Thomas algorithm for linear system solving
• Comparative analysis with published data

Publication: Oz, F.; Kara, K. A CFD Tutorial in Julia: Introduction to Laminar Boundary-Layer Theory. Fluids, 2021.

const currentFocus = {
  building: "Deterministic well engineering models with AI interpretation",
  improving: "Real-time torque & drag analysis accuracy",
  exploring: "Multi-agent AI systems for drilling optimization",
  goal: "Make well construction decisions safer, faster, and data-driven"
};

🔍 Working on: Advanced packer force modeling and cement displacement efficiency optimization
🤖 Learning: Multi-agent AI orchestration for complex engineering workflows
💡 Open to: Collaborations on drilling engineering automation and AI-powered analysis tools