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Anwendung der mathematischen Optimierung bei der geometrisch und physikalisch nichtlinearen Analyse von Stahlbetontragwerken
Based on the classical variational principles, kinematical and mixed extremum principles are derived. These principles are used to describe geometrical and physical nonlinear behaviour. A first focus is the application of the principles to analyse and design prestresst reinforced concrete and combined cross-sections. Based on an uniform calculation model a number of various practical problems is dealt. A second point is the use of kinematical extremum problem for geometrical and physical nonlinear calculation of framed structures.
Anwendung der mathematischen Optimierung bei der geometrisch und physikalisch nichtlinearen Analyse von Stahlbetontragwerken
Based on the classical variational principles, kinematical and mixed extremum principles are derived. These principles are used to describe geometrical and physical nonlinear behaviour. A first focus is the application of the principles to analyse and design prestresst reinforced concrete and combined cross-sections. Based on an uniform calculation model a number of various practical problems is dealt. A second point is the use of kinematical extremum problem for geometrical and physical nonlinear calculation of framed structures.
Anwendung der mathematischen Optimierung bei der geometrisch und physikalisch nichtlinearen Analyse von Stahlbetontragwerken
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