بایگانی برچسب: fluid structure interaction

In this tutorial Fluid Structure Interaction simulation of human blood with coronary vessel in Abaqus has been investigated.Cardiovascular diseases represent the most frequent cause of death in modern civilization. In particular, these represent 49% of death diseases in Europe and 38% in the United States.The common index for those pathologies, ...

Fluid–structure interaction (FSI) is the interaction of some movable or deformable structure with an internal or surrounding fluid flow. Fluid–structure interactions can be stable or oscillatory. In oscillatory interactions, the strain induced in the solid structure causes it to move such that the source of strain is reduced, and the structure returns ...

در طراحی محصولات صنعتی مدرن، آنالیز مولتی فیزیک برای پوشش دادن اثر اندرکنش بین محیط و پدیده های مختلف انجام می شود.یک آنالیز اندرکنش سیال-سازه (FSI)، پاسخ سازه را در مقابل جریان سیال توصیف می کند.برای نیل به این هدف، دینامیک سیال و سازه باید مدل سازی شود، آنالیزهای کاربردی ...

In this video Simulation fluid structure interaction in ABAQUS has done. The ABAQUS has this capability to perform FSI analysis and create a appropriate coupling between CFD and Standard analysis. In this example the effect of air velocity over the short column has been investigated. The air domain was crated in ...

This video has presented Simulation water sloshing in the concrete tank under earthquake load in Abaqus.Concrete tank is modeled as three dimensional shell with elastic material and water as eulerian part with Us-Up equation . Explicit procedure is appropriate and fifty five second time period has been applied.To definite water initial ...

In this video water container under earthquake load in Abaqus has been simulated. Container is modeled as three dimensional shell with steel material and for modeling legs beam element with steel material has been used. Water is modeled as three dimensional eulerian part and for modeling it’s behavior Us-Up equation ...

In this video soccer ball impact to the human skull has been investigated. Skull is modeled as three dimensional shell with elastic-plastic material and ball as a three dimensional shell with hyper-elastic material.For modeling gas behavior fluid cavity technique has been used.During the impact internal pressure of ball has increased ...

In this video ball(filled with air) impact to water has been simulated step by step in Abaqus.To modelball shell element with hyper elastic material has been used. internal pressure ,external pressure and the specification of air are modeled as Fluid Cavity tecknique. For modeling water, Eulerian element with Us-Up equation ...

In this video we did a step by step simulation of impacting ball to the net in ABAQUS. In this example we used couple fluid structure analysis base on Fluid Cavity procedure. Inside of the ball filled with gas with molecular weight and gas pressure. Ball modeled as shell elements ...