發表論文15篇代表性論文如下：
1.Chen D., Liu Q., Geng P., Tang S., Zhang J., Wen S*., Zhou Y*., Yan C., Han Z., Shi Y. (2021) A 4D printing strategy and integrated design for programmable electroactive shape-color double-responsive bionic functions. Composites Science and Technology 208:108746. DOI: 10.1016/j.compscitech.2021.108746.
2.Chen D., Liu Q., Han Z., Zhang J., Song H., Wang K., Song Z., Wen S*., Zhou Y*., Yan C., Shi Y. (2020) 4D Printing Strain Self-Sensing and Temperature Self-Sensing Integrated Sensor-Actuator with Bioinspired Gradient Gaps. Advanced Science 7(13): 202000584. DOI: 10.1002/advs.202000584.
3.Chen D., Niu S*., Zhang J., Mu Z., Chen H., Zhang D., Yao Z., Han Z*., Ren L. (2018) Superfast Liquid Transfer Strategy Through Sliding on a Liquid Membrane Inspired from Scorpion Setae. Advanced Materials Interfaces 5(20):201800802. DOI: 10.1002/admi.201800802.
4.Chen D., Song H., Liu Q., Gan J., Liu Y., Chen K., Wang C., Wen S*., Zhou Y*., Yan C., Zhang J., Shi Y., Han Z. (2020) Large Curvature Folding Strategies of Butterfly Proboscis. Journal of Bionic Engineering 17(6):1239-1250. DOI: 10.1007/s42235-020-0089-1.
5. Zhang C., Chen D#., Niu S*., Zhang J., Meng X., Liu L., Sun T., Wen S., Zhou Y., Shi Y., Han Z*., Ren L. (2020) High-aspect-ratio deflection transducers inspired by the ultra-sensitive cantilever configuration of scorpion trichobothria. Journal of Materials Chemistry C 8(18):6093-6101. DOI: 10.1039/d0tc00241k.
6. Han Z., Chen D., Zhang K., Song H., Wang K., Niu S., Zhang J*., Ren L. (2017) Fine Structure of Scorpion Pectines for Odor Capture. Journal of Bionic Engineering 14(4):589-599. DOI: 10.1016/s1672-6529(16)60424-9.
7. Han Z*., Feng H., Yin W., Niu S., Zhang J., Chen D. (2015) An Efficient Bionic Anti-Erosion Functional Surface Inspired by Desert Scorpion Carapace. Tribology Transactions 58(2):357-364. DOI: 10.1080/10402004.2014.971996.
8. Han Z., Liu L., Wang K., Song H., Chen D., Wang Z., Niu S., Zhang J*., Ren L. (2018) Artificial Hair-Like Sensors Inspired from Nature: A Review. Journal of Bionic Engineering 15(3):409-434. DOI: 10.1007/s42235-018-0033-9.
9. Shi Y*., Wu H., Yan C*., Yang X., Chen D., Zhang C., Su B., Song B., Li Z., Pang S., Wen S., Liang B., Zhao Q., He J., Zhang S., Wen Y. (2020) Four-dimensional Printing the Additive Manufacturing Technology of Intelligent Components (4D打印智能構件的增材製造技術). Journal of Mechanical Engineering (機械工程學報) 56（15）:1-25.
10. Song H., Zhang J., Chen D., Wang K., Niu S., Han Z*., Ren L. (2017) Superfast and high-sensitivity printable strain sensors with bioinspired micron-scale cracks. Nanoscale 9(3):1166-1173. DOI: 10.1039/c6nr07333f.
11. Wang K., Zhang J., Fang Y., Chen D., Liu L., Han Z*., Ren L. (2019) Micro/nano-scale Characterization and Fatigue Fracture Resistance of Mechanoreceptor with Crack-shaped Slit Arrays in Scorpion. Journal of Bionic Engineering 16(3):410-422. DOI: 10.1007/s42235-019-0033-4.
12. Wang K., Zhang J., Liu L., Chen D., Song H., Wang Y., Niu S., Han Z*., Ren L. (2019) Vibrational Receptor of Scorpion (Heterometrus petersii): The Basitarsal Compound Slit Sensilla. Journal of Bionic Engineering 16(1):76-87. DOI: 10.1007/s42235-019-0008-5.
13. Wang K., Zhang J., Song H., Fang Y., Wang X., Chen D., Liu L., Niu S., Yao Z., Han Z*., Ren L. (2019) Highly Efficient Mechanoelectrical Energy Conversion Based on the Near-Tip Stress Field of an Antifracture Slit Observed in Scorpions. Advanced Functional Materials 29(22): 1807693. DOI: 10.1002/adfm.201807693.
14. Zhang C., Zhang J., Chen D., Meng X., Liu L., Wang K., Jiao Z., Sun T., Wang D., Niu S*., Han Z*., Ren L. (2020) Crack-based and Hair-like Sensors Inspired from Arthropods: A Review. Journal of Bionic Engineering 17(5):867-898. DOI: 10.1007/s42235-020-0092-6.
15. Zhou Y., Chen D., Duan L., Gan J., Wen S. (2020) Enhanced hardness and moderate thermal conductivity of Cu-2.4Ni-0.7Si alloy processed via selective laser melting followed by suitable heat treatment. Journal of Laser Applications 32(1): 012006. DOI: 10.2351/1.5127559.
申請發明專利40餘項，代表性專利如下：
1.陳道兵,雷禕鳳,薛龍建,肖康健,李剛,劉洪濤,劉勝. 一種3D打印自感知假人頸椎骨. 2022115479371. 2022-12-05
2. 陳道兵,薛龍建,雷禕鳳,肖康健,李剛,劉洪濤,劉勝. 一種仿生紅外傳感器. 2022115479386. 2022-12-05.
3. 陳道兵,薛龍建,雷禕鳳,李剛,肖康健,劉洪濤,劉勝. 3D打印電阻式仿生姿態傳感器及其應用. 202211547948X. 2022-12-05.
4. 陳道兵,薛龍建,雷禕鳳,肖康健,李剛,劉洪濤,劉勝. 3D打印自修複柔性電路及其製備方法. 2022115479704. 2022-12-05.
5. 陳道兵,薛龍建,雷禕鳳,肖康健,李剛,劉洪濤,劉勝. 一種仿生溫度自感知太陽能蒸發器. 2023100645208. 2023-01-12.
6.陳道兵,薛龍建,雷禕鳳,劉洪濤,李剛,肖康健,劉勝. 一種仿生自感知傳動皮帶. 2023100840431. 2023-01-16.
7.陳道兵,薛龍建,雷禕鳳,李剛,肖康健,劉洪濤,劉勝. 3D打印電容式仿生傾角傳感器及其應用. 2022115787067. 2022-12-05.
8.陳道兵,薛龍建,雷禕鳳,肖康健,李剛,劉洪濤,劉勝. 一種固液多材料一體化3D打印方法及裝置. 2022116131163. 2022-12-15.
9. 陳道兵,劉勝,雷禕鳳,薛龍建,肖康健,李剛,劉洪濤. 一種仿蠍尾毒刺給藥裝置及使用方法. 2022116130067. 2022-12-15.
10.文世峰,陳道兵,周燕,劉洋,陳柯宇,王衝,胡輝,史玉升.一種基於4D打印的仿生折疊翼及其製備方法和應用. 2019105737233,2021-10-15.(已授權)
11.文世峰,陳道兵,周燕,韓誌武,張俊秋,劉慶萍,劉洋,陳柯宇,王衝,史玉升.一種基於4D打印的階段變形執行裝置. 2019112339813,2021-05-18. (已授權)
12.文世峰,陳道兵,周燕,張俊秋,劉慶萍,韓誌武,劉洋,陳柯宇,王衝,史玉升.一種基於4D打印的仿生可變形電容器. 2019112335757,2021-04-06. (已授權)
13.文世峰,陳道兵,周燕,劉洋,陳柯宇,王衝,胡輝,史玉升.基於4D打印的仿生智能分離連接裝置. 2019105397091,2021-02-26. (已授權)
14.文世峰,陳道兵,周燕,劉洋,陳柯宇,王衝,劉慶萍,張俊秋,韓誌武,史玉升.一種基於4D打印的三維仿生彈簧. 2019112334294,2020-12-29. (已授權)
15.文世峰,陳道兵,周燕,陳柯宇,劉洋,王衝,胡輝,史玉升.一種基於4D打印成型的智能仿生抓取夾持裝置. 2019105709708,2020-08-28. (已授權)
16.韓誌武,陳道兵,張俊秋,王可軍,宋洪烈,牛士超,侯濤,葉軍峰,尹維,宋麗敏,楊明康,孫楚萍.一種傳感陣列定位係統. 2015108141816,2016-04-06. (已授權)
17.張俊秋,陳道兵,王可軍,韓誌武,宋洪烈,牛士超,侯濤,葉軍峰,尹維,宋麗敏,楊明康,孫楚萍.一種智能仿生傳感器. 2015107772712,2016-03-30. (已授權)
18.韓誌武,陳道兵,張俊秋,王可軍,宋洪烈,牛士超,侯濤,葉軍峰,尹維,宋麗敏,楊明康,孫楚萍.一種磁式類蠍子蠱毛流速流向傳感器. 2015108141604,2016-03-23. (已授權)
19．韓誌武,陳道兵,張俊秋,王可軍,宋洪烈,牛士超,侯濤,葉軍峰,尹維,宋麗敏,楊明康,孫楚萍.一種基於不倒翁原理的流速流向傳感器. 2015108141820,2016-02-10. (已授權)
20.張俊秋,陳道兵,韓誌武,王可軍,宋洪烈,牛士超,侯濤,葉軍峰,尹維,宋麗敏,楊明康,孫楚萍.一種立式擺動風力發電裝置.201510777220X,2016-01-27. (已授權)
主持或參加的科研項目
近五年主持科研項目5項，其中國家級項目3項，總經費156萬元，具體如下：
1. 國防科技創新特區項目，XXXXXXXX，2020.06-2022.05，100萬元，主持；
2. 中國博士後科學基金第13批特別資助（站中），蠍子縫感受器啟發的自感知執行機理及4D打印成形研究，2020T130224，2020.01-2021.12，18萬元，主持；
3. 國家自然基金青年科學基金項目，典型昆蟲多功能要素協同超敏紅外感知機理及其仿生研究，52105296，30萬元，2022.01-2024.12，主持；
4.湖北省博士後創新研究崗位入選項目，4D打印仿蝴蝶口器彈性自折疊功能構件研究，2019.12-2021.12，6萬元，主持；
5.吉林大學工程仿生教育部重點實驗室開放基金，仿生彈性自折疊功能構件4D打印成形研究，K201903，2019.06-2021.06，2 萬元，主持。
參加項目：
1.國家重點研發項目，輕量化可重構月麵建造方法研究，2021YFF0500233，主持人：史玉升；
2.國家自然科學基金傑出青年基金，機械仿生學，51325501，主持人：韓誌武；
3.自然科學基金聯合基金項目，金屬芯骨-可變區域性能複雜砂型一體化激光3D打印原理與方法，U180820004，主持人：史玉升；
4. 國家自然科學基金重點項目，基於生物體表感受器的機械傳感仿生原理與關鍵技術，51835006，主持人：韓誌武；
5. JW科技委主題項目，仿沙漠動物體表感受器高靈敏********技術，XXXXXX，主持人：韓誌武。
