Promoting fuel cells has been one of China's ambitious hydrogen policies in the past few
years. Currently, several hydrogen fueling stations (HRSs) are under construction in China …

The increase in the number of applications using hydrogen in the marketplace will require a
better understanding of the dispersion and accumulation associated with accidental leaks in …

Gas atomisation phenomenology of liquid metals and alloys is both intriguing and
instructive. Predating atomistic studies of melt disintegration by almost three decades, it …

A quick and accurate assessment of the hydrogen dispersion when leakage accident
happens is useful for minimizing the safety risk. A simplified prediction model was proposed …

Despite recent advances in numerical methods for multiphase flows, the complete
simulation of a liquid spray is still an illusive goal. There are few models that can describe …

A hybrid multiphase method is proposed to simulate the cavitation inside the nozzle and the
primary breakup of a diesel spray. The improved method coupling the cavitation sub-model …

This research focuses on reactive hydrogen leakage due to the fracturing of high-pressure
hydrogen tanks to develop a coupled computing method that can simultaneously perform …

Numerical modeling of secondary breakup in gas atomization of molten metals has been
successfully performed by others to optimize the powder particle size distribution for various …

A number of analytical models predicting the size distribution of particles during atomization
of Al-based alloys by N2, He and Ar gases were compared. Simulations of liquid break up in …

Security is recognized as one of the most important problems facing the wider use of
hydrogen and the increased risk of accidental release into the infrastructure. Prismatic cavity …