@misc{Błażejewski_Paweł_Buckling,
 author={Błażejewski, Paweł and Marcinowski, Jakub},
 howpublished={online},
 publisher={Zielona Góra: Oficyna Wydawnicza Uniwersytetu Zielonogórskiego},
 language={eng},
 abstract={Assessment of buckling resistance of pressurised spherical cap is not an easy task. There exist two different approaches which allow to achieve this goal. The first approach involves performing advanced numerical analyses in which material and geometrical nonlinearities would be taken into account as well as considering the worst imperfections of the defined amplitude. This kind of analysis is customarily called GMNIA and is carried out by means of the computer software based on FEM.},
 abstract={The other, comparatively easier approach, relies on the utilisation of earlier prepared procedures which enable determination of the critical resistance ?Rcrthe plastic resistance ? sub>Rpl and buckling parameters ? ? ? ? sub>0 needed to the definition of the standard buckling resistance curve. The determination of the buckling capacity curve for the particular class of spherical caps is the principal goal of this work.},
 type={artykuł},
 title={Buckling capacity curves for steel spherical shells loaded by the external pressure = Krzywe nośności wyboczeniowej stalowych powłok sferycznych obciążonych ciśnieniem zewnętrznym},
 keywords={stalowe powłoki sferyczne, nośność wyboczeniowa, krzywe nośności, model numeryczny, MES, steel spherical shells, buckling resistance, capacity curve, numerical approach, FEM},
}