Youwen Liang
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Also affiliated: University of Science and Technology of China (2012); Cornell University (2015–2019); Taiyuan University of Science and Technology (2023–2024)
Research Areas
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Biography and Research Information
OverviewAI-generated summary
Youwen Liang's research focuses on computational modeling and simulation across several scientific domains. His work has involved developing and refining methodologies for implementing complex chemical kinetics in particle-based simulations, particularly for combustion chemistry. Liang has also investigated fluid dynamics, including flow over wavy surfaces and the interaction of fluids with flapping plates. More recently, his research has explored materials science, specifically the microstructure evolution and deformation of bimetallic materials during high-temperature processes, utilizing molecular dynamics simulations. Additionally, Liang has contributed to the field of signal processing with work on parallelizing image denoising algorithms. He has a h-index of 4 with 12 publications and 73 citations, and has collaborated with Wan Shou at the University of Arkansas at Fayetteville on shared publications.
Metrics
- h-index: 4
- Publications: 11
- Citations: 73
Selected Publications
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Molecular dynamics simulation of silicon nanoparticle crystallization during laser-induced forward transfer printing (2026)
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iPlexD2Go Integrates AI-Guided Biomarker Panel Discovery with Decentralized Multiplex Diagnostics (2025)
Collaboration Network
Top Collaborators
- iPlexD2Go Integrates AI-Guided Biomarker Panel Discovery with Decentralized Multiplex Diagnostics
- Molecular dynamics simulation of silicon nanoparticle crystallization during laser-induced forward transfer printing
- iPlexD2Go Integrates AI-Guided Biomarker Panel Discovery with Decentralized Multiplex Diagnostics
- iPlexD2Go Integrates AI-Guided Biomarker Panel Discovery with Decentralized Multiplex Diagnostics
- iPlexD2Go Integrates AI-Guided Biomarker Panel Discovery with Decentralized Multiplex Diagnostics
- iPlexD2Go Integrates AI-Guided Biomarker Panel Discovery with Decentralized Multiplex Diagnostics
- iPlexD2Go Integrates AI-Guided Biomarker Panel Discovery with Decentralized Multiplex Diagnostics
- iPlexD2Go Integrates AI-Guided Biomarker Panel Discovery with Decentralized Multiplex Diagnostics
- iPlexD2Go Integrates AI-Guided Biomarker Panel Discovery with Decentralized Multiplex Diagnostics
- iPlexD2Go Integrates AI-Guided Biomarker Panel Discovery with Decentralized Multiplex Diagnostics
- iPlexD2Go Integrates AI-Guided Biomarker Panel Discovery with Decentralized Multiplex Diagnostics
- iPlexD2Go Integrates AI-Guided Biomarker Panel Discovery with Decentralized Multiplex Diagnostics
- iPlexD2Go Integrates AI-Guided Biomarker Panel Discovery with Decentralized Multiplex Diagnostics
- iPlexD2Go Integrates AI-Guided Biomarker Panel Discovery with Decentralized Multiplex Diagnostics
- iPlexD2Go Integrates AI-Guided Biomarker Panel Discovery with Decentralized Multiplex Diagnostics
- iPlexD2Go Integrates AI-Guided Biomarker Panel Discovery with Decentralized Multiplex Diagnostics
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