Yupiter HP Manurung
Papers
8
Total Citations
124
H-Index
6
About
Yupiter HP Manurung is a prominent researcher specializing in advanced manufacturing processes, computational mechanics, and welding engineering, with particular expertise in Wire Arc Additive Manufacturing (WAAM) and Finite Element Method (FEM) simulation. His work bridges the gap between numerical modeling and experimental validation, enabling more accurate prediction and control of deformation and distortion in complex manufacturing processes. Manurung has made significant contributions to the development of thermomechanical FEM frameworks for analyzing WAAM-induced substrate deformation, accumulating over 30 citations for his 2021 experimental validation study on SS316L feedstock. His foundational 2019 work on bead modeling strategies for WAAM distortion prediction, cited 28 times, established critical methodologies still referenced in the field. Beyond additive manufacturing, he has advanced understanding of multipass welding distortion and GMAW fillet joint geometry prediction, each garnering 16 citations. His research on coupled forming-welding process chains and sensitivity analyses further demonstrates a systems-level approach to virtual manufacturing. By consistently pairing simulation tools like Simufact with rigorous experimental verification, Manurung has helped establish reliable, industry-applicable workflows that reduce costly trial-and-error in structural fabrication, making his work highly valuable to engineers and researchers pursuing precision manufacturing solutions.
Research Focus
Key Achievements
Top Papers
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- 4Predicting the GMAW 3F T-Fillet Geometry and Its Welding Parameter16 citations · 2012
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