پکیج آموزش پیشرفته آباکوس
پکیج جامع آباکوس ویژه رشته مکانیک
پکیج جامع آباکوس ژئوتکنیک و عمران
کانال ما در آپارات
کانال ما در YouTube

Strengthening of reinforced concrete slab using CFRP in Abaqus

In this illustration we intend to simulate strengthening of reinforced concrete slab using CFRP in the Abaqus software , or in other words , we intend to simulate the concrete slab reinforced with rebar and CFRP in the Abaqus software

The Length and width of concrete slab is 3 meters and an axial load with an amount of 98 K Newton will be applied to the concrete slab

CFRP (Carbon Fiber Reinforced Polymer ) sheet is composed of two layers , the thickness of each layer is 0.5 mm

Carbon Fiber Reinforced Polymer sheet is modeled as three dimensional shell part with elastic material (Lamina) couple with fail stress

In this picture you can observe the Carbon Fiber Reinforced Polymer ( CFRP ) sheet along with the rebars as well as supporters

The concentrated force is applied to the rigid body in interaction with concrete slab and during the simulation the damage propagated on the concrete slab

You can see the tensile damage in concrete slab

We intend to evaluate Tsai-Hill , Tsai-Wu and Azzi-Tsai-Hill failure criterion which are used for composites. According to Tsai-Hill failure criterion , if the quantities of Tsai-Hill is lower than 1 , the composites will not sustain damage and failure and if Tsai-Hill quantities are higher than 1 , the composites will sustain damage and failure

Tsai-Hill failure criterion

As you can observe here , Tsai-Hill quantities are lower than 1 , so the composites will not sustain damage and failure

You can see the stress contour in rebars in picture below

 In this picture, you can see the Azzi-Tsai-Hill failure criterion for CFRP as composite

Azzi-Tsai-Hill failure criterion

Duration :40 minutes

The language of the video : English

Download link : full video , inp file , cae file , excel files and pdf file

Payment Method : Paypal

To purchase this tutorial , please contact us

Email : saeedofmoeini@gmail.com