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MATLAB Simulink Tank Filling and Draining Model with Real-Time Animation

6-DOF Robotic Arm 🤖
A precision robotic manipulator with six rotational joints, enabling full 3D positioning and orientation. Designed for automation, pick-and-place, assembly, inspection, and advanced motion control.

Active Vibration Control of a Cantilever Beam Using Modal Analysis and Collocated Velocity Feedback in MATLAB
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THERMAL STRESS ANALYSIS OF A BIMETALLIC STRIP Using MATLAB

Heat Exchanger Effectiveness using NTU Method using MATLAB

Active Vibration Control Using IMU Data in MATLAB Simulink.
https://www.matlabsolutions.com/matlab-projects.php

The model includes signal acquisition, filtering, vibration analysis, frequency-domain evaluation, and active rejection techniques to improve system stability and performance. This approach is widely used in aerospace systems, robotics, autonomous vehicles, industrial machinery, structural monitoring, and precision control applications.

Topics Covered

✅ IMU Sensor Data Processing
✅ Accelerometer and Gyroscope Analysis
✅ Vibration Detection Algorithms
✅ Signal Filtering and Noise Reduction
✅ Active Vibration Rejection Techniques
✅ MATLAB Simulink Modeling and Simulation
✅ Frequency and Time-Domain Analysis
✅ Control System Design for Disturbance Rejection
✅ Real-Time Monitoring Applications

Applications
Drones and UAV Stabilization
Robotics and Automation
Industrial Machine Monitoring
Automotive Suspension Systems
Structural Health Monitoring
Aerospace Control Systems
Vibration Isolation Platforms
Smart Sensor-Based Control Systems

This project is valuable for engineering students, researchers, and professionals working in control systems, embedded systems, sensor fusion, vibration analysis, and MATLAB/Simulink development.

📌 Watch the complete simulation and learn how IMU data can be utilized for accurate vibration detection and effective disturbance rejection in modern engineering systems.