ANSYS Student Modal Analysis Replication -- 2
Budget: ₹1,000 – ₹1,500 INR
I need a complete modal and vibration study in ANSYS Student version 2026 that mirrors the methodology and numerical results reported in the research paper I will share. The structure is fixed at one end, no external forces or pressure are applied, and the material throughout is Nitinol (shape-memory alloy).
My primary interest is in the natural frequencies; matching mode shapes would be a bonus, but frequency accuracy comes first. Please aim for results that are either identical to the paper or within a tight engineering tolerance—if you can document any unavoidable deviations, that is acceptable. All modelling, meshing and post-processing must be done inside the Student edition so I can reproduce everything on my own machine later.
I EVEN WANT VIDEO OF HOW U MADE AND GOT RESULTS, because I want to learn that.
Deliverables
• ANSYS workbench project file (.wbpz) with every step saved
• A brief notes file explaining boundary conditions, element choices, material definition for Nitinol and any solver settings tweaked
• Table of computed frequencies versus the paper’s values, highlighting the percentage difference
I will run the project myself when I receive it, so a clean, self-contained setup is essential.
I HAVE ATTACHED THE "RESEARCH PAPER " to BE Reproduced results again.
I HAVE ALSO SHARED THE STENT MODEL
U NEED TO ONLY import the same model which i sent n run and GET THE SAME RESULTS AS IN PAPER.I WANT RECORDING OF THIS EVERYTHING
My primary interest is in the natural frequencies; matching mode shapes would be a bonus, but frequency accuracy comes first. Please aim for results that are either identical to the paper or within a tight engineering tolerance—if you can document any unavoidable deviations, that is acceptable. All modelling, meshing and post-processing must be done inside the Student edition so I can reproduce everything on my own machine later.
I EVEN WANT VIDEO OF HOW U MADE AND GOT RESULTS, because I want to learn that.
Deliverables
• ANSYS workbench project file (.wbpz) with every step saved
• A brief notes file explaining boundary conditions, element choices, material definition for Nitinol and any solver settings tweaked
• Table of computed frequencies versus the paper’s values, highlighting the percentage difference
I will run the project myself when I receive it, so a clean, self-contained setup is essential.
I HAVE ATTACHED THE "RESEARCH PAPER " to BE Reproduced results again.
I HAVE ALSO SHARED THE STENT MODEL
U NEED TO ONLY import the same model which i sent n run and GET THE SAME RESULTS AS IN PAPER.I WANT RECORDING OF THIS EVERYTHING
Related categories:
Engineering
Matlab and Mathematica
Mechanical Engineering
Finite Element Analysis