Ghostwrite Aerospace Plastics Research Paper
Budget: $50 – $0 USD
I’m preparing a peer-review-ready manuscript that explores how tailored polymer blends and additives in 3D-printing filaments can replace heavier, more expensive materials in aerospace components while boosting durability. I already have rough notes, key references, and some preliminary data; what I need is a seasoned technical writer who can turn this material into a cohesive journal paper.
Scope
• Structure a full manuscript (abstract through conclusions) suitable for submission to journals such as Additive Manufacturing or Polymer Engineering & Science.
• Highlight the chemistry and rheology of candidate filament blends, detail extrusion process parameters, and map mechanical-property gains to aerospace use-cases (e.g., brackets, ducting, lightweight housings).
• Integrate current literature on weight-saving composites, FDM/FFF process optimization, and ASTM/ISO standards for flight-ready parts.
• Provide rich figures or tables drawn from my data set plus any supplemental diagrams you propose.
• Format citations and reference list in the target journal style (APA or Elsevier Harvard—your guidance welcome).
• Deliver iterative drafts, respond to reviewer-style comments, and supply a final, polished PDF and editable source (Word or LaTeX).
Acceptance criteria
1. Clear, logical flow matching typical IMRaD structure.
2. Minimum 6,000 words exclusive of references.
3. All claims backed by peer-reviewed sources published within the last five years unless foundational.
4. Figures meet 300 dpi and grayscale-print standards.
5. Plagiarism-free (Turnitin score < 5 %).
If you’ve previously authored or ghost-authored scientific papers on polymers, additive manufacturing, or aerospace materials, I’d love to see samples or DOIs. Looking forward to collaborating on a paper that showcases how advanced filament engineering can keep aircraft lighter, stronger, and more cost-efficient.
Scope
• Structure a full manuscript (abstract through conclusions) suitable for submission to journals such as Additive Manufacturing or Polymer Engineering & Science.
• Highlight the chemistry and rheology of candidate filament blends, detail extrusion process parameters, and map mechanical-property gains to aerospace use-cases (e.g., brackets, ducting, lightweight housings).
• Integrate current literature on weight-saving composites, FDM/FFF process optimization, and ASTM/ISO standards for flight-ready parts.
• Provide rich figures or tables drawn from my data set plus any supplemental diagrams you propose.
• Format citations and reference list in the target journal style (APA or Elsevier Harvard—your guidance welcome).
• Deliver iterative drafts, respond to reviewer-style comments, and supply a final, polished PDF and editable source (Word or LaTeX).
Acceptance criteria
1. Clear, logical flow matching typical IMRaD structure.
2. Minimum 6,000 words exclusive of references.
3. All claims backed by peer-reviewed sources published within the last five years unless foundational.
4. Figures meet 300 dpi and grayscale-print standards.
5. Plagiarism-free (Turnitin score < 5 %).
If you’ve previously authored or ghost-authored scientific papers on polymers, additive manufacturing, or aerospace materials, I’d love to see samples or DOIs. Looking forward to collaborating on a paper that showcases how advanced filament engineering can keep aircraft lighter, stronger, and more cost-efficient.