Papers
1
Total Citations
3
H-Index
1
About
Simon Ingelsten is a researcher focused on the computational modeling of complex fluid dynamics, particularly viscoelastic flows relevant to advanced manufacturing processes. His work centers on developing virtual frameworks that simulate the extrusion and deposition of non-Newtonian materials, bridging the gap between theoretical fluid mechanics and practical industrial applications. Ingelsten's most cited paper, "A virtual framework for simulation of complex viscoelastic flows" (2018), introduces a sophisticated simulation tool that models the laydown of viscoelastic fluids in contexts such as seam sealing, adhesive material application, and additive manufacturing. By leveraging a state-of-the-art fluid flow solver, this framework enables precise prediction of material behavior during processing, offering significant insights for optimizing manufacturing techniques. Though early in his career, with his key work accumulating 3 citations, Ingelsten's contributions are pivotal for advancing simulation-driven design in industries requiring high-fidelity modeling of complex fluids. His research underscores a commitment to integrating computational methods with real-world engineering challenges, positioning him as an emerging voice in the study of viscoelastic flow phenomena.
Research Focus
Key Achievements
Top Papers
- 1A virtual framework for simulation of complex viscoelastic flows3 citations · 2018