PhD in CFD-Informed FEA for Thermal Control in Wire-Arc Directed Energy Deposition Cranfield University in United Kingdom

Cranfield University is advertising a PhD in 3D temperature field reconstruction for wire-arc directed energy deposition (WA-DED) , a metal additive manufacturing process that uses wire feedstock and an electric arc heat source. The project focuses on converting 2D surface temperature measurements into full 3D temperature fields to improve process control, defect mitigation, and understanding of thermal evolution in additive manufacturing. The research combines scientific computing , finite elem...

Funded PhD opportunity at Cranfield University in collaboration with UK Atomic Energy Authority (UKAEA) and supported by EPSRC . The project is titled Robotic Additive Manufacturing for Remote In-situ Repair of Vertical Tungsten Plasma-facing Tiles in Tokamaks and sits at the intersection of robotics , mechanical engineering , materials science , manufacturing engineering , and fusion energy . The research will investigate wire-based directed energy deposition, including arc, laser, and hybrid a...

PhD opportunity at Queen's University Belfast in the School of Electronics, Electrical Engineering and Computer Science. This funded project is titled Hybrid Co-Packaging of a PIC with Miniature Free-Space Optical Elements and focuses on photonic integrated circuits (PICs) , free-space optical elements , optoelectronic module integration, precision alignment, and robust bonding of miniature components such as fast axis collimators (FACs) and fibre array units (FAUs). The project is highly multid...

PhD opportunity at the University of Twente in multi-material additive manufacturing for advanced chip cooling . This position sits at the intersection of materials science , mechanical engineering , electrical engineering , and physics , with a focus on thermal management solutions for next-generation chips. The post is shared by UTwente Vacancies and points to a vacancy page for full application details. No funding, eligibility, or deadline information is included in the social post itself. In...

🚀 PhD opportunity in Advanced Manufacturing of Titanium Alloys for Space Applications through the HiPR-LS Training Centre . The project focuses on developing a faster hybrid manufacturing route for Ti-6Al-4V that combines additive manufacturing with hot isostatic pressing (HIP) . This is a strong fit for students interested in materials science , mechanical engineering , aerospace engineering , advanced manufacturing, modelling, and characterisation. The opportunity involves working across two w...