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, remanufacturing, and recycling workflows.At the same time, Augmented and Virtual Reality (AR/VR) technologies have demonstrated strong potential to support complex manual operations by providing interactive, in
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of supercomputing. However, these type of simulations have been typically driven by idealized boundary conditions that do not represent the complexity and variety of atmospheric inflows that exist in the field. PHD
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demanufacturing processes still face major challenges due to product variability, process complexity, limited automation scalability, and high operational costs. While robotic disassembly technologies have
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surface structuring and postprocessing of complex hip implant geometries. Design and validate a multiphysical digital model to analyse machining behaviour, electrolyte-surface interaction and resulting