Usages of Finite Element Analysis in the Agricultural Applications - Bazyar, Pourya;Sheidaee, Ehsan
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The finite element method (FEM) is one of the most known simulation methods that estimate and analysis behavior of system and structure in defining conditions. Researcher work has been finished in the field of numerical modelling in the last twenty years ago that provide engineers today to predict the simulations very close to real problem. Hence, nonlinear phenomena have existed standard modelling task in structural phenomena such as nonlinear material behavior, deformation, contact problems. The result of the development of the software technology, simulations perform with millions of freedoms and eliminate the time consuming and cost.…mehr

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Produktbeschreibung
The finite element method (FEM) is one of the most known simulation methods that estimate and analysis behavior of system and structure in defining conditions. Researcher work has been finished in the field of numerical modelling in the last twenty years ago that provide engineers today to predict the simulations very close to real problem. Hence, nonlinear phenomena have existed standard modelling task in structural phenomena such as nonlinear material behavior, deformation, contact problems. The result of the development of the software technology, simulations perform with millions of freedoms and eliminate the time consuming and cost.
Autorenporträt
I am Pourya Bazyar, a graduated master student from state university of Tehran and industrial designer of ITMCo. My research interest is finite element analysis of agricultural machineries and I published some articles about this subject. Mr. Sheidaee helped me in edition section of this publication. I hope to be useful for researchers.