Choose a research topic. Students will be broken up into groups to work on different project proposals. Students can choose their own project or can choose one from the list below: i. Surface modification and corrosion of metallic biomaterials (Li/Wen) ii. Generation of defects and their effects on mechanical properties of additive manufactured materials (Sun) iii. Improvement of tool life during machining of titanium alloys (Sun/Ding) iv. A new cooling approach for the machining of Titanium Alloys (Ding) v. Manufacturing Autonomous Nano Public transport: RMIT Develops an Autonomous transport system that is able to link the RMIT campuses (Taylor) vi. Fungi based biostructures (John) vii. Circular Micro-strip Patch Antenna Strain Sensor for Wireless Structural Health Monitoring (John) viii. Development of electrically conductive filaments for fused deposition modelling –an additive manufacturing technique–. (F Daver) ix. Current state of art in bio-safe pressure bandages which are capable of measuring applied pressure in vivo. (F Daver & S John) x. Feasibility of using bioimpedance measurements to determine successful osseointegration (Simic) xi. Remote Monitoring of Thermal Performance of Salinity Gradient Solar Ponds (Simic) xii. Meat production and manufacturing processes: Supply chain requirements (Bab-Hadiashar) xiii. Automated visual inspection of boxed beef meat (Bab-Hadiashar) xiv. Human behaviour modelling and unusual behaviour detection in computer vision (Hoseinnezhad) xv. Detection and tracking of a crowd in video (Hoseinnezhad) xvi. Materials analysis and optimization of 3D printed prosthetics (EWB, Mazur) xvii. Analysis of failure modes in additively manufactured polymer injection moulds (Mazur) xviii. Developing high strength additively manufactured Al alloys (Easton) xix. Inclusion of magnesium casting alloys in automotive body structures (Easton)
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