We are excited to share our latest publication, “High-Fidelity Modeling of Cold Spray: Improved Constitutive Material Model and Nonlocal Mesh Sensitivity Mitigation”, in the International Journal of Mechanical Sciences. Finite element method (FEM) is significantly helpful to simulate cold spray (CS) deposition for optimizing the process parameters or evaluating the deposit’s physical and mechanical indexes. […]
News
We are excited to share our latest publication, titled “Extending artificial-intelligence-assisted single bead geometry prediction to multi-bead interaction in fused granulate fabrication” in Progress in Additive Manufacturing. Accurate prediction of the cross-sectional geometry of deposited beads is essential for improving process control in Fused Granulate Fabrication (FGF), a key process within the Large Format Additive […]
We are excited to share our most recent publication “Integrating computational fluid dynamics and artificial intelligence for predicting in-flight thermo-kinetic properties in cold spray” in the Journal of Manufacturing Processes, in collaboration with the Surface Engineering Institute (IOT) at RWTH Aachen university. In this study, a computational fluid dynamic (CFD) model was developed to simulate […]
Our group at Archés Lab just had the exciting opportunity to participate to the International Thermal Spray Conference (ITSC26) in Bangkok, Thailand. This is a unique annual appointment to come in direct contact with the major exponents and latest innovations within the thermal spray community. We had the pleasure to contribute by sharing our research on […]
We are proud to share that our principal investigator, Prof. Sara Bagherifard, is featured in Dr. Aruna’s review “Advancing thermal spray technology: The contributions of women innovators”. Prof. Bagherifard’s research in solid-state deposition, particularly cold spray coatings and hybrid additive manufacturing, advances structural and functional coatings for critical sectors such as aerospace, materials engineering, and […]