Hydrodynamics Problem Solver Needed
Budget: ₹600 – ₹1,500 INR
I have a set of Mechanical Engineering questions focused entirely on fluid mechanics, specifically hydrodynamics. Each problem requires a clear, step-by-step solution that shows the governing equations, boundary conditions and any simplifying assumptions before you reach the final numerical answer. Wherever a diagram, free-body sketch or control volume helps the explanation, please include it.
The questions cover typical graduate-level topics—energy and momentum equations, laminar versus turbulent regimes, head losses, and dimensional analysis—so I need someone comfortable working quickly with Navier-Stokes derivations, Bernoulli applications and Reynolds number-based reasoning. You may use MATLAB, Python or even hand calculations; just make the workflow transparent so I can follow and learn from your approach.
Deliverables:
• A neatly formatted PDF (or Jupyter notebook) containing each solution.
• All supporting calculations or code files so I can reproduce results.
• Brief commentary on alternative solution paths if they exist.
I will share the full problem set immediately after awarding the project and would like the completed answers within three days.
The questions cover typical graduate-level topics—energy and momentum equations, laminar versus turbulent regimes, head losses, and dimensional analysis—so I need someone comfortable working quickly with Navier-Stokes derivations, Bernoulli applications and Reynolds number-based reasoning. You may use MATLAB, Python or even hand calculations; just make the workflow transparent so I can follow and learn from your approach.
Deliverables:
• A neatly formatted PDF (or Jupyter notebook) containing each solution.
• All supporting calculations or code files so I can reproduce results.
• Brief commentary on alternative solution paths if they exist.
I will share the full problem set immediately after awarding the project and would like the completed answers within three days.