Academic Integrity Report: Active and Robust Twisting Morphing Wings With Geometric Constraints for Flying or Swimming Robots

Academic fraud report · Geng Detector

Summary

This report examines the paper "Active and Robust Twisting Morphing Wings With Geometric Constraints for Flying or Swimming Robots" by Bing Luo, Weicheng Cui, and Wei Li, published in IEEE/ASME Transactions on Mechatronics (DOI: 10.1109/TMECH.2021.3137951, 2022). Verdict: No evidence of academic fraud. The reviewer concludes the paper is clean. Key findings: (1) Mathematical derivations in Section II-C and Section III-E are internally consistent and verifiable; substituting Example 1 parameters (d_0=25, ζ=3) into equation (7) yields r_A=12.5 mm and r_B=37.5 mm exactly, and Example 2 parameters (d=3, ζ=4/3) into equation (10) yield r_A=9 mm and r_B=12 mm exactly. (2) The submission-to-acceptance timeline (received 18 Oct 2021, accepted 14 Dec 2021, published online 20 Jan 2022) is reasonable for an IEEE journal. (3) The paper is a theoretical mechanics and geometric design study with no Western blots, flow cytometry, fluorescence images, or p-values, so image-based and statistical fraud checks are not applicable. Limits: No pixel-level image analysis was possible due to unavailable source figures.

Verdict

No evidence of academic fraud. The paper is a theoretical mechanical engineering work based on closed-form geometric derivations. The reviewer's analysis concluded the work is clean (✅ 清白).

Key findings

Mathematical derivations are internally self-consistent and reproducible by hand calculation. Substituting Example 1 parameters (d₀=25, ζ=3) into equation (7) gives r_A = d₀/(ζ−1) = 12.5 mm and r_B = d₀ζ/(ζ−1) = 37.5 mm, matching the paper exactly.
Substituting Example 2 parameters (d=3, ζ=4/3) into equation (10) yields r_A = 9 mm and r_B = 12 mm, matching the paper exactly.
Submission-to-acceptance timeline (received 18 Oct 2021; accepted 14 Dec 2021; online 20 Jan 2022) is consistent with typical IEEE review cycles.
No references to "future literature" or unavailable commercial reagents/equipment were found.
No Western blots, flow cytometry, microscopy images, or p-values are present, making standard biomedical image-manipulation and statistical fraud checks inapplicable.

Evidence highlights

DOI: 10.1109/TMECH.2021.3137951
Authors: Bing Luo, Weicheng Cui, and Wei Li
Journal: IEEE/ASME Transactions on Mechatronics
Year: 2022
Equation (7) verified: r_A = d₀/(ζ−1); with d₀=25, ζ=3 → r_A = 12.5 mm; r_B = d₀ζ/(ζ−1) → 37.5 mm
Equation (10) verified: with d=3, ζ=4/3 → r_A = 9 mm, r_B = 12 mm

Notes

Pixel-level image forensics (e.g., PS痕迹 analysis) could not be performed because source figure files with sufficient resolution were not available. This is a limitation, though mitigated by the fact that the paper contains no biomedical imagery.
The paper is a geometry- and equation-driven design study; in such work, fabricated data would be readily detected by reviewers via back-calculation, increasing confidence in the result.
This is an AI-assisted preliminary screening report and does not constitute a formal institutional investigation. Authors retain full right of reply.