Isothermal pneumatic forming of hemispherical parts from anisotropic material under the short-duration creeping mode

The article presents the results of theoretical investigations of stressed and deformed states, power circumstances, geometric sizes of an original piece and extreme deformation levels in the process of pneumatic forming of hemispherical parts from anisotropic material under a shortduration creeping mode. The influence of mechanical properties anisotropy, loading conditions and geometric sizes of an original piece on the investigated parameters of this process has been established.