Fangyuan Chen
Papers
1
Total Citations
2
H-Index
1
About
Fangyuan Chen’s research lies at the intersection of food engineering and oral processing, with a focus on understanding how food breaks down during mastication. Her key contributions center on the mechanics of food bolus formation and the development of artificial indenters that mimic human molar crushing. In her most cited work, she designed and validated a double-tooth indenter (DTI), single-tooth indenter (STI), cylinder-type indenter (CTI), and wave-type indenter (WTI) to simulate the crown geometry of human molars. By analyzing particle size distributions of crushed food boluses, she established a robust simulation framework that bridges experimental crushing data with computational models. This work provides critical insights for designing texture-modified foods, particularly for elderly or dysphagic populations. Though her citation count remains modest, the precision of her indenter designs and validation methodology has laid foundational groundwork for future studies in oral processing and food rheology. Chen’s achievements highlight her meticulous approach to replicating complex biological processes, offering engineers and food scientists a reproducible tool to explore how surface shape influences fragmentation—a subtle but vital factor in texture perception and swallowing safety.
Research Focus
Key Achievements
Top Papers
- 1