1D static stress analysis of Simply Supported Beam | ANSYS Workbench tutorial for beginners

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[@sumanth2077]

Can I get report of it

[@Tamil.o.Official]

Can someone answer to my Q, usually a beam subjected to bending and shear and we check for both, but here in this video, the beam only shows over stressed at the midspan. so my Q's are 1.is this output only reflecting the flexural stress if not what stress? 2. how do we know this will satisfy the max shear at the support?

[@themechanicalengineer]

In ANSYS, a 1D stress analysis often involves beam elements, where the primary stresses considered are axial and bending. While ANSYS can provide information on shear stresses in beams, it may not offer as detailed shear stress distribution as in 3D analyses. To assess shear stress in ANSYS, you can review the results for shear force and use the appropriate formulas for shear stress calculation. Be cautious about the accuracy of results, especially near supports and concentrated loads. For a comprehensive analysis of shear and other stress components, transitioning to 3D elements might be necessary in ANSYS, depending on the complexity of your structure and loading conditions.

[@adrianr335]

Hi brother I’m currently measuring static deflection on a reinforced concrete simply supported beam. I’ve measured the deflection as a healthy state and want to add damage to the beam in a certain area of the mesh via a crack. How would i achieve this?

[@themechanicalengineer]

Introducing a crack in a finite element model involves modifying the mesh or adding elements to represent the crack. In ANSYS, you can use the "Crack Growth" tool to introduce a crack element.

[@julioherrera2581]

How do you know E is 210e9 Pa? Thank you

[@themechanicalengineer]

It is the material property (Constant) for steel.

[@Johnwick-fg7le]

How many dof for beam element?

[@themechanicalengineer]

At each node it has 2 dof

[@s1mple474]

Hi do you have any contacts. I need your help about Ansys, thanks a lot

[@themechanicalengineer]

[e-mail]

[@Casio-cx4hn]

do you have any contacts , i need your help. Thanks for replying me

[@themechanicalengineer]

[e-mail]