Analysis of fluid-structure interaction of a torus subjected to wind loads
Journal Title: Computer Assisted Methods in Engineering and Science - Year 2014, Vol 21, Issue 2
Abstract
In the paper the aerodynamic forces acting on a part of a water slide or other object with curved, tubular shape, depending on the section of a torus and value of the wind velocity, were obtained. This was done by means of finite element method (FEM) and finite volume method (FVM) computer simulations, using modules: computational fluid dynamics (CFD) and fluid-structure interaction (FSI) and taking into account the Eurocode EN 1991-1-4.
Authors and Affiliations
Agnieszka Padewska, Piotr Szczepaniak, Andrzej Wawrzynek
Keywords
Related Articles
- EP ID EP73459
- DOI -
- Views 168
- Downloads 0
Neural networks in the advisory system for repairs of industrial concrete floors
An advisory system for repairs of industrial concrete floors is a supporting tool for making material and technological decisions in the sphere of problems of recurrent character. The presented advisory system has the ch...
Mesh-free methods and time integrations for transient heat conduction
The paper deals with transient heat conduction in functionally gradient materials. The spatial variation of the temperature field is approximated by using alternatively two various mesh free approximations, while the tim...
Fuzzy control based on "true and false" philosophy for mechatronics systems. (Received in the final form July 21, 2008).
For man, possessing the ability to recognize the specific situation that has arisen at any instant of time and taking the appropriate decision without using a mathematical model is what ?adaptation? means. Adaptive princ...
Architecture of iterative solvers for hp-adaptive finite element codes
We present a layered architecture for iterative solvers of linear equations, designed to allow for easy integration with existing hp-adaptive FEM codes. We discuss interfaces between a solver and an external FEM code and...
Efficient Markov chain Monte Carlo sampling for electrical impedance tomography
This paper studies electrical impedance tomography (EIT) using Bayesian inference [1]. The resulting posterior distribution is sampled by Markov chain Monte Carlo (MCMC) [2]. This paper studies a toy model of EIT as the...