The aviation industry is facing challenges related to its environmental impact and thus the
pressing need to develop aircraft technologies aligned with the society climate goals …

The integrally stiffened shells possess the advantages of high specific strength, high specific
rigidity and excellent sealing performance, which have been widely used in the load …

This study investigated with the optimisation of the composite stacking sequence of
hydrogen pressure vessels manufactured by filament winding. It is a response to the need to …

The standard geometries of dished ends of cylindrical pressure vessels were developed at
the beginning of the last century. Among them, there are ellipsoidal and torispherical …

The paper is devoted to an untypical dished head equivalent to a thin-walled shell of
revolution. The goal of analysis is the elimination of the edge effect arising at the joint of the …

The presented paper refers to the recent study of shape optimization of dished ends with the
aim of reducing the maximum von Mises stress. An adequate method is sought to …

The presented study focusses on the application of the analytical shell theory to the
problems of stresses and deformations in cylindrical pressure vessels. Two standard types …

Pressure vessels are widely used in a broad range of applications in many industries,
including possible use for hydrogen storage. Additionally, pressure vessels comprise non …

Large-scale rectangular pressure vessel possesses wide application due to volume
efficiency and the convenience of transporting and installing. Despite there being increasing …

The feasibility of a pressure vessel shape optimization is here investigated. An analytical
procedure based on calculus of variations is used for the shape optimization of a naturally …