Optimization of Tensile Strength in FDM

Hello,

I am working on a research project in additive manufacturing on FDM-printed Pure Nylon specimens. I have completed the experimental work, tensile testing (ASTM D638), Taguchi L9 design, and collected all experimental data.

My research title is:

“Optimization of Tensile Strength in FDM Printed Pure Nylon Components Using Taguchi Design and Artificial Neural Network Modeling”

I am looking for an experienced Mechanical Engineering research writer who can:

1. Analyze my experimental data accurately
2. Perform Taguchi analysis, S/N ratio, and ANOVA
3. Develop ANN modeling in MATLAB and validate results
4. Prepare graphs, tables, and result discussions
5. Write a complete Scopus-quality research paper (Abstract, Introduction, Literature Review, Methodology, Results, Conclusion)
6. Suggest suitable Scopus-indexed journals and support submission

Preferred expertise:

* Additive Manufacturing / FDM
* Mechanical Engineering
* Materials Science
* Statistical optimization
* Machine Learning for manufacturing

Accuracy and originality are very important. Please share your previous published papers or related work experience.

Thank you.