This paper primarily revolves around the safety of hydrogen energy, utilizing bibliometric
methods for visual analysis and offering insights into future research directions. A total of …

Self-ignition within a cylindrical tube that discharges high-pressure hydrogen results in flame
formation. Because rectangular tubes are used to visualize fuel-flow dynamics, the influence …

Accelerated adoption of hydrogen gas for energy storage requires improved safety for
hydrogen storage. In particular, control of self-ignition of hydrogen vented through tubes by …

An experimental investigation of spontaneous ignition and flame propagation at high-
pressure hydrogen release via cylindrical tubes with varying cross-section is presented …

Detonation combustion initiated with a hot jet in supersonic H 2-O 2-Ar mixtures is
investigated by large-scale three-dimensional (3D) simulations conducted in Tianhe-2 …

A Lagrangian-based one-dimensional approach has been applied, using Cantera libraries,
to study the dynamics of spherically expanding flames. Detailed reaction models have been …

Hydrogen is efficient and environmentally friendly, but the danger of self-ignition resulted
from the leakage of high-pressure hydrogen cannot be ignored. In this work, the self-ignition …

The effect of an extension tube with a rectangular slit inlet on the opening status of the metal
diaphragm, as well as spontaneous ignition of pressurized hydrogen are experimentally …

Two-dimensional reactive Euler equations with a detailed reaction model where the molar
ratio of the combustible mixture H 2/O 2/Ar is 2: 1: 7 under the condition of pressure 6.67 kPa …

The process of unsteady high-pressure hydrogen release observed on local vessel rupture
is investigated experimentally. The flow structure during the formation of a supersonic free …