We had a great time last week at the International Thermal Spray Conference (ITSC2025) in Vancouver! Our team delivered two presentations: Harnessing Physics-Informed AI for Cold Spray Shape Prediction: A Path to Improved Additive Manufacturing and Repair, presented by our PhD researcher Roberta Falco Exploiting solid state deposition in cold spray for obtaining 2DMMCs, presented […]
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We are pleased to share our most recent publication “Enhanced geometrical control in cold spray additive manufacturing through deep neural network predictive models” in Virtual and Physical Prototyping. This study introduces a computationally efficient framework that combines an adaptive slicing algorithm and process-specific toolpath planning strategies, designed to optimise deposit accuracy and material efficiency with […]
We are excited to share the most recent publication from Archès Lab: “Cold Spray Additive Manufacturing: A Review of Shape Control Challenges and Solutions”. Cold Spray is gaining attention in additive manufacturing for its fast deposition rates, minimal thermal effects, and flexibility in material selection and part size. However, shape control remains a key challenge. […]
Last week, our team members showcased their latest work on simulating cermet deposition and assessing the structural integrity of cold spray deposits at the International Conference on Surface Modification Technologies (SMT36) in Barcelona. This event provided a fantastic platform to engage with academic colleagues and industry experts.
Archès Lab’s new ERC Proof-of-concept project on Cold Spray Repair (CoRe) is off to a great start in the month of January, with the kick-off meeting between our technical team and our business and innovation partner, DayOne. This 18 month project aims to innovate the repair and regeneration of mechanical components using Cold Spray (CS) technology, incorporating […]