This work is devoted to the nonlinear buckling of the hemispherical shells subjected to
extremely high external pressure. The shells are made of maraging steel with yield strength …

In the presented paper elastic–plastic buckling of hemispherical heads under external
pressure was studied. Five laboratory-scale models with nominal diameter= 120 mm and …

Deep-sea pressure shells are at risk of implosion, making the study of implosion load
characteristics crucial. This study utilizes the CEL numerical method to develop an implosion …

Spherical shell structures are the most suitable shape for deep-sea pressure hulls because
they have ideal mechanical properties for handling symmetrical pressure. However, the …

Manned submersibles are underwater vehicles. These vehicles are equipped with an
atmospheric pressure casing called a spherical pressure hull, which can accommodate up …

Spherical shell structures are the most suitable shape for deep-sea pressure hulls because
they have ideal mechanical properties for handling symmetrical pressure. However, the …

Manned cabin is the most important component of the human occupied vehicle (HOV). Its
safety will directly lead to the normal operation of the submersible and crew's life. The …

Oceans cover 72% of the Earth's surface, house immense living and non-living resources,
and play a key role in regulating the planet's climate. Robotic vehicles are essential for …

This paper presents the results of the structural analysis and the optimization of a 6,500 m
manned submersible. Nonlinear structural analysis for imperfect spheres with the maximum …

This paper presents the results of the structural analysis and the optimization of a 6,500 m
manned submersible. Nonlinear structural analysis for imperfect spheres with the maximum …