Pumpjack Mechanism Kinematics & Animation in MATLAB

$15.00 $9.00

Product Description

Bring your mechanical projects to life with a fully engineered Pumpjack Mechanism Simulation. This MATLAB-based package provides real-time animation, kinematic analysis, and professional-quality visualization of a pumpjack (oil well walking beam) mechanism. Perfect for students, engineers, and educators looking for a ready-to-use, sellable MATLAB project.

✨ Features

  • 🎬 Realistic Animation
    Smooth motion of the crank, pitman, and beam with clearly labeled links (Crank, Pitman, Beam). All joints and connections are modeled accurately.

  • 📈 Kinematic Analysis
    Track the beam tip (horsehead) in real-time with:

    • Displacement plot

    • Velocity plot

    • Smoothed acceleration plot

  • 🎨 High-Quality Plots

    • Subplots for displacement, velocity, and acceleration for clear and professional visualization.

    • Vibrant color coding for each link and kinematic quantity.

    • Legends included for easy interpretation.

  • ⚙️ Customizable Parameters

    • Number of crank rotations

    • Total simulation time

    • Frame rate (fps)

    • Geometry parameters (crank length, pitman length, beam length)

  • 📹 Exportable Video
    Save your animation as MP4 for presentations, lectures, or demos.

  • 💻 Ready-to-Use MATLAB Code

    • Fully commented .m files

    • Modular structure for easy modification

    • Supporting functions for joint calculations

🗂️ Project Contents

  • Pumpjack.m – Main animation and kinematic analysis file

  • Supporting function: solve_beam_end.m – Calculates joint positions

  • Sample MP4 animation file

  • Organized trajectories and kinematic plots

  • Instructions and notes for customization

⚡ Technical Specifications

  • Software Required: MATLAB R2018a or later

  • Animation Frame Rate: Adjustable (default 60 fps)

  • Units: All dimensions in mm

💡 Use Cases

  • Mechanical engineering project demonstrations

  • Robotics and linkage simulation studies

  • Academic lectures and tutorials

  • Engineering portfolios or digital product bundles

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