Our projects

Research Web App

This web app allows us to interactively change key research parameters and observe their effects on fluid flow, velocity, temperature, and entropy generation.
It also enables Case I vs. Case II comparison and provides a visual understanding of the roles of Hall current, magnetic field, thermal radiation, inclination, and porous resistance.

Banking of Roads

Core Experiments You Can Perform:

  • 360° Vector Analysis: Click, drag, and pinch-zoom the 3D canvas to inspect how physical force vectors ($W$, $N$, and $f$) dynamically change from every angle.

  • The High-Speed Skid ($v_{max}$ Test): Push the speed slider past the maximum safe velocity to observe how inadequate centripetal alignment forces the vehicle to lose grip and skid outward.

  • The Low-Speed Slip ($v_{min}$ Test): Increase the banking angle while dropping the speed to witness gravity pull the vehicle inward due to insufficient inertia.

  • The Frictionless Optimum ($v_{opt}$ Match): Set friction to zero ($\mu = 0$) and balance the speed to discover how banking angle alone can fully sustain uniform circular motion.

Project title

This project aims to develop a user-friendly mobile application that enhances productivity and organization. Through intuitive design and seamless functionality, users can efficiently manage tasks, set reminders, and collaborate with team members.

Click to Test
Click to Test

Linear & Angular Kinematics

  • Interactive Simulation: Adjust mass, radius, and speed in real-time to see how they change rotating forces.

  • Real-Time Acceleration: Use the angular acceleration slider to watch the system speed up naturally over time.

  • Inertia Demonstration: Click "Cut Blade" to watch the masses instantly break off and fly away in a perfect, straight-line dotted path (proving Newton’s First Law).

  • Live Physics Dashboard: View instant mathematical calculations for speed, acceleration and force for two points side-by-side.

Click to Test

Physics Projectile Motion

This project is an interactive Physics Projectile Motion Lab for students featuring:

  • Custom Launch: Test variables like velocity, angle, and height with live simulations.

  • Live Vectors: See constant horizontal velocity and changing vertical velocity in real-time.

  • Angle Comparison: Compare side-by-side trajectories of different angles.

  • Free-Fall Test: Prove vertical motion independence by dropping and firing balls simultaneously.

  • Interactive Tools: Practice with target mode, air resistance toggle, and dark/light themes.

Click to Test