Shock tubes simulate jet aerodynamics and investigate the behavior of high-temperature
materials, which has significantly evolved since 1899. This article examines the changes in …

Solid rocket motor propellants are typically subjected to shock wave loads during ignition. To
analyze the dynamic mechanical response and failure behavior of hydroxyl-terminated …

Shock tubes are instrumental in studying high-temperature kinetics and simulating high-
speed flows. They swiftly elevate the thermodynamic conditions of test gases, making them …

Shock tubes have been routinely used to generate reliable chemical kinetic data for gas-
phase chemistry. The conventional diaphragm-rupture mode for shock tube operation …

In this paper, a novel device that uses compressed air to generate pressure waves in the
liquid pipeline is proposed. Experimental investigations are carried out to explore the …

Reinforced concrete (RC) columns, being axial-bearing components in buildings, are
susceptible to damage and failure when subjected to blast loading. The failure of these …

A comprehensive understanding of shock formation and propagation in shock tubes is
crucial for their diverse applications. The shock velocity in single-diaphragm shock tubes …

In this study, a novel diaphragmless shock tube driven by a driver valve system consisting of
multiple air-operated valves was developed. The novel shock tube can generate shock …

To develop a measurement system for calibrating high-frequency dynamic pressure that is
capable of acting as a primary dynamic pressure calibration standard, a new concept of the …

Shock tubes have become indispensable tools for advancing research across diverse fields
such as aerodynamics, astrophysics, chemical kinetics, and industrial applications. The …