Dr Yuze Huang

Lecturer

Research Overview

Yuze serves as a Lecturer (Assistant Professor) in Mechanical Engineering. His research primarily revolves around Metal Additive Manufacturing and Welding, with a key focus on process development, modelling, optimisation, defects digitalisation, and their elimination. Yuze's current research interests include:

  • Metal additive manufacturing (Wire-DED, Powder-DED, L-PBF/SLM, E-PBF), laser cladding and welding.
  • Physics-informed modeling (machine learning and mechanistic models), monitoring to suppress defects and enhance quality control in metal additive manufacturing and welding.
  • Metal matrix composites additive manufacturing.
  • Bi-materials and multi-materials additive manufacturing.
  • Hybrid advanced manufacturing.

Selected Publications

Keyhole fluctuation and pore formation mechanisms during laser powder bed fusion additive manufacturing
Huang, Y., Fleming, T.G., Clark, S.J., Marussi, S., Fezzaa, K., Thiyagalingam, J., Leung, C.L.A., Lee, P.D. 4/03/2022 In: Nature Communications. 13, 1
Journal article

Innovative Multi-material Laser Additive Manufacturing using Novel Metal-Cored Wires and Ultrasound
01/04/2024 → 31/10/2027
Research

Investigation into in-line process monitoring for improved quality assurance in electron beam powder bed additive manufacture (EBPBAM) - Studentship (Siyu Xu)
01/04/2024 → 31/03/2027
Research

Additive manufacturing of advanced high-entropy alloys for extreme service conditions using ultrasonic vibration and impact
31/03/2024 → 30/03/2026
Research

Interdisciplinary Catalyst Funding - Innovative Laser Additive Manufacturing for Salvaged Construction Parts Repair
01/02/2024 → 31/07/2024
Research

TWI: A Digital Framework for the Design and Additive Manufacturing of Lattice Metamaterial Structures (METAMAT)
01/10/2023 → 31/03/2025
Research

Automating the Design for Additive Manufacture Process with AI
01/09/2023 → 29/02/2024
Research

Additive manufacturing of advanced high-entropy alloys for extreme service conditions using ultrasonic vibration and interlayer ultrasonic impact
01/01/1900 → …
Research