On the modelling of dynamic problems for biperiodically stiffened cylindrical shells

Journal Title: Civil and Environmental Engineering Reports - Year 2010, Vol 1, Issue 5

Abstract

Thin linear-elastic cylindrical shells having a micro-periodic structure along two directions tangent to the shell midsurface (biperiodic shells) are objects of considerations. The aim of this contribution is to formulate a new mathematical nonasymptotic model for the analysis of dynamic problems for such shells. The model is derived by applying the combined modelling procedure presented in [11]. The combined modelling includes both the asymptotic as well as the non-asymptotic (tolerance) modelling techniques. The resulting combined model has constant coefficients and takes into account the length-scale effect. An important advantage of the proposed model is that it makes it possible to separate the macroscopic description of special dynamic problems from their microscopic description. Application of the resulting model equations to the analysis of a certain micro-vibration problem is presented.<br/><br/>

Authors and Affiliations

B. Tomczyk

Keywords

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  • EP ID EP272938
  • DOI -
  • Views 64
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How To Cite

B. Tomczyk (2010). On the modelling of dynamic problems for biperiodically stiffened cylindrical shells. Civil and Environmental Engineering Reports, 1(5), 179-204. https://europub.co.uk/articles/-A-272938