Jinzhou Li On Linkedin My Poster Presented At The Hydrogen Combustion This work is aimed at facilitating the design of safer hydrogen gas turbines by understanding turbulent flame propagation and the transition from deflagration to detonation. My research efforts are focused on deepening the fundamental understanding of combustion processes and applying this knowledge to enhance thermal efficiency….
Jinzhou Li My poster, presented at the hydrogen combustion conference at cambridge university, offers a straightforward methodology for predicting hydrogen detonation in gas turbines. research fellow at national university of singapore | ph.d., university of leeds cited by 112 partially cracked ammonia combustion deflagration to detonation laminar turbulent. My research areas include the large scale deflagration to detonation (ddt) transition modelling, optical rapid compression machine (rcm) developments, laminar turbulent premixed flame propagation and hydrogen explosion assessments. Experimental study on expanding hydrogen air turbulent premixed flames under high turbulence intensities combustion and flame 2025 12 | journal article doi: 10.1016 j bustflame.2025.114521.
Netzero Hydrogencombustion Energy 13mcs Energytransition Caleb J Li My research areas include the large scale deflagration to detonation (ddt) transition modelling, optical rapid compression machine (rcm) developments, laminar turbulent premixed flame propagation and hydrogen explosion assessments. Experimental study on expanding hydrogen air turbulent premixed flames under high turbulence intensities combustion and flame 2025 12 | journal article doi: 10.1016 j bustflame.2025.114521. Currently, dr. li serves as a research fellow at the national university of singapore, where he specializes in studying ammonia combustion under gas turbine conditions. Developing highly active and robust electrocatalysts for the hydrogen oxygen evolution reaction (her oer) is crucial for the large scale utilization of green hydrogen. Concurrently, to understand the laminar and turbulent characteristics of ethane air flames and effects of hydrogen on laminar ethane flames, measurements were taken in a fan stirred spherical combustion vessel, and specific correlations were proposed to align with the measured data. Hi, i am an assistant professor in the department of statistics and data science at the national university of singapore (nus). previously, i was a postdoctoral fellow in the statistics department at stanford university, advised by emmanuel candès.
Centre For Hydrogen Innovations Currently, dr. li serves as a research fellow at the national university of singapore, where he specializes in studying ammonia combustion under gas turbine conditions. Developing highly active and robust electrocatalysts for the hydrogen oxygen evolution reaction (her oer) is crucial for the large scale utilization of green hydrogen. Concurrently, to understand the laminar and turbulent characteristics of ethane air flames and effects of hydrogen on laminar ethane flames, measurements were taken in a fan stirred spherical combustion vessel, and specific correlations were proposed to align with the measured data. Hi, i am an assistant professor in the department of statistics and data science at the national university of singapore (nus). previously, i was a postdoctoral fellow in the statistics department at stanford university, advised by emmanuel candès.
The Combustion Institute On Linkedin Cifellows Concurrently, to understand the laminar and turbulent characteristics of ethane air flames and effects of hydrogen on laminar ethane flames, measurements were taken in a fan stirred spherical combustion vessel, and specific correlations were proposed to align with the measured data. Hi, i am an assistant professor in the department of statistics and data science at the national university of singapore (nus). previously, i was a postdoctoral fellow in the statistics department at stanford university, advised by emmanuel candès.
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