نتایج جستجو برای: fluid structure interactionwater impactale formulationfinite element method

تعداد نتایج: 3276117  

I.E Fahs, M Ghasemi

A fuel cell is an electro-chemical tool capable of converting chemical energy into electricity. High operating temperature of solid oxide fuel cell, between 700oC to 1000oC, causes thermal stress. Thermal stress causes gas escape, structure variability and cease operation of the SOFC before its lifetime.The purpose of the current paper is to present a method that predicts ...

Journal: :journal of computational applied mechanics 0
shahab azimi department of mechanical engineering, university of tehran, tehran, iran nano technology research center, research institute of petroleum industry, tehran, iran abbas rastgoo department of mechanical engineering, university of tehran, tehran, iran sorena sattari vice-presidency for science and technology, tehran, iran nano technology research center, research institute of petroleum industry, tehran, iran alimorad rashidi nano technology research center, research institute of petroleum industry, tehran, iran received: 9

nano fillers are part of new studies to enhance various properties of fluids and solids. for example, adding nanoparticles as an enforcement in nanocomposites or as an additive to improve thermal or electrical properties in nano-fluids are of extreme importance in science and industry. there are numerous methods to uniformly disperse nanoparticles in fluid and solid phase. one of the well-used ...

2001
N. Nigro

Fluid flow problems with moving boundaries are one of the challenge problems to be solved in this decade. Our target is oriented to develop a finite element code to simulate the fluid flow inside the cylinder of an internal combustion engine in order to understand how this flow field is related with the combustion, the heat release and the intake and exhaust charging process. In this paper we o...

Journal: :CoRR 2018
Yongxing Wang Peter K. Jimack Mark A. Walkley

In this article, the energy stability of a one-field fictitious domain method is proved and validated by numerical tests in two and three dimensions. The distinguishing feature of this method is that it only solves for one velocity field for the whole fluid-structure domain; the interactions remain decoupled until solving the final linear algebraic equations. To achieve this the finite element ...

2016
Maria Adela Puscas Laurent Monasse Alexandre Ern Christian Mariotti Christian Tenaud M. A. Puscas L. Monasse A. Ern C. Tenaud C. Mariotti

In this work, we present a conservative method for three-dimensional inviscid fluid-structure interaction problems. On the fluid side, we consider an inviscid Euler fluid in conservative form. The Finite Volume method uses the OSMP high-order flux with a Strang operator directional splitting [1]. On the solid side, we consider an elastic deformable solid with possible fragmentation. We use a Di...

2013
Bhuiyan Shameem Mahmood Ebna Hai Markus Bause

Nowadays, advanced composite materials have shown remarkable resilience for lightweight structures, construction in ballistics protection, engineering, and other similar applications. Carbon Fiber Reinforced Plastics (CFRP) are being applied to many aircraft structures in order to improve performance and reduce the weight. But there is a possibility of structural damages due to Fluid-Structure ...

2012
Yan Zhang Zishun Liu Somsak Swaddiwudhipong Haiyan Miao Zhiwei Ding Zhengzhi Yang

The deformation behavior of a pH-sensitive hydrogel micro-fluidic valve system is investigated using inhomogeneous gel deformation theory, in which the fluid-structure interaction (FSI) of the gel solid and fluid flow in the pipe is considered. We use a finite element method with a well adopted hydrogel constitutive equation, which is coded in commercial software, ABAQUS, to simulate the hydrog...

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