| 題目 | 
           作者姓名 | 
           期刊名稱 | 
           出版 
		   年份 | 
           期別及 
		   起訖頁數 | 
           期別種類 | 
         
                  
           | Kinematic Analysis and Design of a Six-Degrees of Freedom 3-RRPS Mechanism for Bone Reduction Surgery | 
           T.Essomba, S.Nguyen Phu | 
           ASME Journal of Medical Devices | 
           2021 | 
           Vol. 15(1), pp. 011101 | 
           SCI | 
         
                  
           | Kinematic Design of a Hybrid Planar-Tripod Mechanism for Bone Reduction Surgery | 
           T.Essomba, S.Nguyen Phu | 
           Mechanics and Industry | 
           2020 | 
           Vol. 21(4) | 
           SCI | 
         
                  
           | Optimization of a Spherical Decoupled Mechanism for Neuro-Endoscopy Based on Experimental Kinematic Data | 
           T.Essomba, L.Nguyen Vu, C.-T.Wu | 
           Journal of Mechanics | 
           2020 | 
           Vol. 36(1), pp. 133-147 | 
           SCI | 
         
                  
           | Kinematic Analysis and Evaluation of a Hybrid Mechanism for Computer Assisted Bone Reduction Surgery | 
           S.Nguyen Phu, T.Essomba, I.Idram, J.-Y.Lai | 
           Mechanical Sciences | 
           2019 | 
           Vol. 10, pp. 589-604 | 
           SCI | 
         
                  
           | Kinematic Optimization of a Reconfigurable Spherical Parallel Mechanism for Robotic-Assisted Craniotomy | 
           T.Essomba, Y.Hsu, J.Sandoval, M.A.Laribi, S.Zeghloul | 
           ASME Journal of Mechanisms and Robotics | 
           2019 | 
           Vol. 11(6), pp. 060905 | 
           SCI | 
         
                  
           | Kinematic Analysis of a New Five-Bar Spherical Decoupled Mechanism with Two-Degrees of Freedom Remote Center of Motion | 
           T. Essomba, L.Nguyen Vu | 
           Mechanism and Machine Theory | 
           2018 | 
           Vol. 119, pp.184-197 | 
           SCI | 
         
                  
           | Kinematic design and optimization of a novel dual-orthogonal remote center-of-motion mechanism for craniotomy | 
           G.-K.Li, T.Essomba, C.-T-Wu, S.-T.Li, C.-H.Kuo | 
           IMechE Journal of Mechanical Engineering Science | 
           2017 | 
           Vol. 231, Issue 6, pp. 1129-1145 | 
           SCI | 
         
                  
           | Optimal synthesis of a spherical parallel mechanism for medical application | 
           T.Essomba, M.A.Laribi, S.Zeghloul, G.Poisson | 
           Robotica | 
           2016 | 
           Vol. 34(03), pp. 671-686 | 
           SCI | 
         
                  
           | Design Process for Robotic Medical Tool Guidance Manipulators | 
           L.Nouaille, M.A.Laribi, C.A.Nelson, T.Essomba, G.Poisson, S.Zeghloul | 
           IMechE Journal of Mechanical Engineering Science | 
           2016 | 
           Vol. 230, No. 2, pp. 259-275 | 
           SCI | 
         
                  
           | A specific performances comparative study of two spherical robots for tele-echography application | 
           T.Essomba, M.A.Laribi, L.Nouaille, S.Zeghloul, G.Poisson, P.Vieyres | 
           IMechE Journal of Mechanical Engineering Science | 
           2014 | 
           Vol. 228, No. 18, pp. 3419-3429 | 
           SCI |