Spring-Mass-Damper Simulink Model
Budget: ₹600 – ₹1,500 INR
I need a clean, well-documented Simulink file that captures the dynamics of a single-degree-of-freedom spring–mass–damper system under forced vibration. The model must include:
• A non-zero damping term exactly as stated in my brief (“the response should be non zero”), so the solution shows realistic decay rather than ideal undamped motion.
• An external excitation modelled as a constant force acting on the mass.
Please organise parameters (mass, stiffness, damping coefficient, force magnitude) in a single mask or workspace script so I can change them quickly, and label all scopes and block outputs clearly.
Deliverables:
1. The .slx file, ready to run in the current release of MATLAB/Simulink.
2. A short note (PDF or plain text) explaining block choices, equations implemented, and how to adjust key parameters.
No extra report or slideshow is necessary—just the working model and concise setup notes. If you have any questions about parameter ranges or solver settings, feel free to ask before you begin so the file runs flawlessly on delivery.
• A non-zero damping term exactly as stated in my brief (“the response should be non zero”), so the solution shows realistic decay rather than ideal undamped motion.
• An external excitation modelled as a constant force acting on the mass.
Please organise parameters (mass, stiffness, damping coefficient, force magnitude) in a single mask or workspace script so I can change them quickly, and label all scopes and block outputs clearly.
Deliverables:
1. The .slx file, ready to run in the current release of MATLAB/Simulink.
2. A short note (PDF or plain text) explaining block choices, equations implemented, and how to adjust key parameters.
No extra report or slideshow is necessary—just the working model and concise setup notes. If you have any questions about parameter ranges or solver settings, feel free to ask before you begin so the file runs flawlessly on delivery.