Conveners
C3Po1C - Thermophysical Properties and Transport Processes III
- Kyle Appel (Washington State University)
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Jiamin Du (Key Laboratory of Cryogenic Science and Technology, Technical Institute of Physics and Chemistry, Chinese Academy of Sciences)5/21/25, 9:15 AMPoster
Liquid air energy storage (LAES) technology offers high energy storage density, long-duration storage capability, and independence from geographical constraints, making it highly promising for large-scale renewable energy integration and grid dispatch. The cold storage system is one of the most critical components of the LAES system, with cold storage methods categorized into liquid-phase and...
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Ziemowit Malecha5/21/25, 9:15 AMPoster
The study proposes a model for the regasification of cryogenic liquids that accounts for both the evaporation process and the subsequent superheating of the liquid. In the model, the boiling cryogen was represented as a solid with appropriate thermophysical properties. This approach significantly accelerated the computations and ensured their stability. The model was developed using the...
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Mr Julian Schunk (Karlsruhe Institute of Technology (KIT))5/21/25, 9:15 AMPoster
The efficiency of hydrogen liquefaction and other cryogenic applications is potentially increased by using mixed refrigerants. The cryogenic phase equilibria test stand CryoPHAEQTS at KIT enables the measurement of physical property data of all cryogenic fluid mixtures in a temperature range from 10 K to 300 K and at pressures up to 150 bar.
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Neon and helium are essential components of... -
Mr Yang Guo (The Ohio State University)5/21/25, 9:15 AMPoster
An important aspect to enable widespread adoption of electric aircraft propulsion is to develop lighter and higher-ampacity cables to carry the high current and voltage at the same time. To address this, we developed a power transmission cable for electric aircraft that utilize cryogen-flow cooling to enhance transmission efficiency. The cable uses multi-stranded aluminum wire as the...
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Arjun Garva (Indian Institute of Technology Kharagpur, India)5/21/25, 9:15 AMPoster
Cavitating fluid transients occur when sudden changes in flow, such as rapid acceleration or deceleration, cause significant pressure variations in a pipeline. These variations generate oscillatory pressure waves, leading to the formation and collapse of vapour cavities when the pressure during the rarefaction wave drops below the vapour pressure. During collapse, these cavities can emit...
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Xinyu Lu (Zhejiang University)5/21/25, 9:15 AMPoster
A three-dimensional numerical simulation method is developed to predict the heat transfer characteristics during the flow boiling of cryogenic slurry in horizontal circular pipes, based on Euler-Euler model with a boiling model for liquid-vapor mass transfer. The model incorporates the Ishii model for vapor-liquid interaction and the Huilin-Gidaspow model for solid-liquid interaction, also...
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Xiujuan Xie (Technical Institute of Physics and Chemistry, Chinese Academy of Sciences), Liang Guo (Technical Institute of Physics and Chemistry, Chinese Academy of Sciences, China), Ye Chen (Technical Institute of Physics and Chemistry, Chinese Academy of Sciences, China), Wei Wu (Technical Institute of Physics and Chemistry,CAS), Mr Qiming Jia (Technical Institute of Physics and Chemistry, Chinese Academy of Sciences), Shaoqi Yang5/21/25, 9:15 AMPoster
A thermal multi-zone model is used to describe the self-pressurization process in a liquid helium storage tank. This model divides the liquid and ullage of the tank into multiple zones taking into account the effects of the boundary layer in each zone. Combined with helium property parameters from REFPROP, the model can calculate the self-pressurization process of a liquid helium storage tank...
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