Sadeghi, Majid MohammadKececi, Emin FarukBilsel, KeremAralasmak, Ayse2021-08-162021-08-162017978-1-5106-1132-00277-786X1996-756Xhttps://doi.org/10.1117/12.2268409https://hdl.handle.net/20.500.12573/922The author of this study has been financially supported by TUBITAK 2215 program. This project has been financially supported by Istanbul Technical University Scientific Research Projects Program #39686 and Bezmialem University Hospital Scientific Research Projects Program. The CT scan data used in this study belongs to a patient who received treatment by the authors of this paper previously and no personal information is disclosed.Medical imaging has great importance in earlier detection, better treatment and follow-up of diseases. 3D Medical image analysis with CT Scan and MRI images has also been used to aid surgeries by enabling patient specific implant fabrication, where having a precise three dimensional model of associated body parts is essential. In this paper, a 3D image processing methodology for finding the plane on which the glenoid surface has a maximum surface area is proposed. Finding this surface is the first step in designing patient specific shoulder joint implant.enginfo:eu-repo/semantics/closedAccessGlenoid surfacepatient specific implant designMedical image processingconferenceObjectVolume 10341