Shell-like structures are used in various engineering applications including civil, aerospace,
mechanical, marine, and automotive engineering. This article reviews most of the recent …

This paper deals with the structural response of a tube to an internal gaseous detonation. An
internal detonation produces a pressure load that propagates down the tube. Because the …

Detonation waves in gas-filled pi** or tubing pose special challenges in analysis and
prediction of structural response. The challenges arise due to the nature of the detonation …

An axisymmetric finite element is developed for the dynamic analysis of pipes subjected to
water hammer. The analysis seamlessly captures the pipe response due to water hammer …

Multi-layer wound cylindrical shells are the preferred structures for storage vessels working
in high pressure and hydrogen atmosphere. However, they are susceptible to external blast …

This paper devotes to investigate the influence of vibration on dynamic calibration of
pressure sensors based on shock tube system. Two sensors with different types are …

An experimental investigation of fracture response of aluminum 6061-T6 tubes under
internal gaseous detonation loading has been carried out. The pressure load, with speeds …

We present a multi-material numerical investigation on the propagation of combustible gas
mixture detonation in thin-walled metal tubes. We use experimentally tuned one step …

The monolithic classical and extended fluid-structural interaction water hammer models are
based on the simplified ring hypothesis to characterize the structural radial response of the …

This paper presents a numerical approach to compute the performance of a double
diaphragm shock tube facility for structural response investigations. To assess the influence …