MATLAB Mechanical Process Simulation Model
Budget: ₹600 – ₹1,500 INR
I need a MATLAB-based model that accurately reproduces the kinematics and dynamics of a specific mechanical process. The goal is to capture how position, velocity, acceleration, forces, and moments evolve over time so I can explore different operating scenarios and design choices.
Here is the scope as I see it right now:
• Build clean, well-commented MATLAB code (scripts, functions, or Simulink blocks if it helps) that receives the key physical parameters and initial conditions, then outputs time-histories of all relevant state variables.
• Validate the results against the reference data I’ll provide, explaining any assumptions or simplifications you make along the way.
• Package the finished files with a concise PDF or Markdown brief that walks me through the model structure, core equations, and how to rerun or extend the simulation.
As long as the results are trustworthy and the workflow is easy for me to follow, the exact numerical methods or MATLAB toolboxes you choose are up to you—ODE solvers, Simscape Multibody, or custom matrix formulations are all fine if they serve the purpose.
Once I can run your model, tweak parameters, and see believable trends in the plots, I’ll consider the project complete.
Here is the scope as I see it right now:
• Build clean, well-commented MATLAB code (scripts, functions, or Simulink blocks if it helps) that receives the key physical parameters and initial conditions, then outputs time-histories of all relevant state variables.
• Validate the results against the reference data I’ll provide, explaining any assumptions or simplifications you make along the way.
• Package the finished files with a concise PDF or Markdown brief that walks me through the model structure, core equations, and how to rerun or extend the simulation.
As long as the results are trustworthy and the workflow is easy for me to follow, the exact numerical methods or MATLAB toolboxes you choose are up to you—ODE solvers, Simscape Multibody, or custom matrix formulations are all fine if they serve the purpose.
Once I can run your model, tweak parameters, and see believable trends in the plots, I’ll consider the project complete.