Modal analysis of optimized trapezoidal stiffened plates under lateral pressure and uniaxial compression
Z Virág, S Szirbik - Applied Mechanics, 2021 - mdpi.com
This paper deals with the modal analysis of optimized trapezoidal stiffened plates with
simple supported conditions on the four edges of the base plate. The main objective of the
finite element analysis is to investigate the natural frequencies and mode shapes of some
stiffened structures subjected to lateral pressure and uniaxial compression in order to
identify any potentially dangerous frequencies and eliminate the failure possibilities. The
natural frequencies and mode shapes are important parameters in the design of stiffened …
simple supported conditions on the four edges of the base plate. The main objective of the
finite element analysis is to investigate the natural frequencies and mode shapes of some
stiffened structures subjected to lateral pressure and uniaxial compression in order to
identify any potentially dangerous frequencies and eliminate the failure possibilities. The
natural frequencies and mode shapes are important parameters in the design of stiffened …
[PDF][PDF] Modal Analysis of Optimized Trapezoidal Stiffened Plates under Lateral Pressure and Uniaxial Compression. Appl. Mech. 2021, 2, 681–693
Z Virág, S Szirbik - 2021 - academia.edu
This paper deals with the modal analysis of optimized trapezoidal stiffened plates with
simple supported conditions on the four edges of the base plate. The main objective of the
finite element analysis is to investigate the natural frequencies and mode shapes of some
stiffened structures subjected to lateral pressure and uniaxial compression in order to
identify any potentially dangerous frequencies and eliminate the failure possibilities. The
natural frequencies and mode shapes are important parameters in the design of stiffened …
simple supported conditions on the four edges of the base plate. The main objective of the
finite element analysis is to investigate the natural frequencies and mode shapes of some
stiffened structures subjected to lateral pressure and uniaxial compression in order to
identify any potentially dangerous frequencies and eliminate the failure possibilities. The
natural frequencies and mode shapes are important parameters in the design of stiffened …
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