{"id":6062,"date":"2023-01-17T15:07:57","date_gmt":"2023-01-17T07:07:57","guid":{"rendered":"https:\/\/sites.gtiit.edu.cn\/research\/?post_type=jobs&p=6062"},"modified":"2025-08-08T09:14:28","modified_gmt":"2025-08-08T01:14:28","slug":"rf-2023002","status":"publish","type":"jobs","link":"https:\/\/sites.gtiit.edu.cn\/research\/positions\/rf-2023002\/","title":{"rendered":"Research Fellow Position in Computational Solid Mechanics and Computer Graphics"},"author":182,"featured_media":0,"template":"","_edit_lock":"1754615536:395","_edit_last":"395","job_custom_message":"","position_title":"Research Fellow Position in Computational Solid Mechanics and Computer Graphics (RF-2023002) - Group of Assoc. Prof. Zhujiang Wang","sort-position_title":"sort-left-0","position_title-custom-title":"","position_title-hide-title":"off","sort-position_employment_type":"sort-disabled-9","position_employment_type-custom-title":"Position","position_employment_type-hide-title":"off","position_employment_begining":"Mechanical Engineering (Robotics)","sort-position_employment_begining":"sort-right-0","position_employment_begining-custom-title":"Program","position_employment_begining-hide-title":"off","position_employment_duration":"High pressure and temperature, Chemistry under Extreme, Novel synthesis approaches and materials, Ultrafast chemical dynamics","sort-position_employment_duration":"sort-disabled-10","position_employment_duration-custom-title":"Research Area","position_employment_duration-hide-title":"off","position_industry":"Open till filled","sort-position_industry":"sort-right-2","position_industry-custom-title":"Application Deadline","position_industry-hide-title":"off","position_job_location":"","sort-position_job_location":"sort-disabled-4","position_job_location-custom-title":"","position_job_location-hide-title":"off","position_description":"The Mechanical Engineering (Robotics) Program (group of Assoc. Prof. Zhujiang Wang) is looking for one research fellow or postdoctoral researcher to lead the interdisciplinary projects in computational solid mechanics and computer graphics to develop high-efficient hyperelastic models for quickly evaluating designs of wearable medical devices.\r\n\r\nAdditive manufacturing technologies allow the complicated design of personalized wearable devices, such as prosthetics, orthotics, tissue scaffolds, etc. The simulation-driven design has been reported to be an effective method to ensure patient outcomes of 3D-printed medical devices. However, current finite element analysis-based simulation driven design requires extremely heavy computation cost, which is one of the main challenges to promoting the applications of 3D printed medical devices. Therefore, we propose to develop models with reasonable efficiency and accuracy based on conventional accurate (but slow) models in computational solid mechanics and superfast (but inaccurate) models, such as position-based dynamics, that are widely adopted in computer graphics.\r\n\r\nContract duration<\/strong>: Initially for one year, renewable up to three years","sort-position_description":"sort-left-1","position_description-custom-title":"","position_description-hide-title":"on","position_responsibilities":"This open position requires the following duties and responsibilities:\r\n