Analysis Result for Lattice Structure Optimization

Hi Busra ASlan,

These are the stress results of the component, which is shown for each element. It is calculated based on the Boundary conditions. Can you please elaborate your question or let us know what specifically you looking for.

Thank you

Hı @Premanand Suryavanshi

Thank you for your reply.

Actually, I want to learn these questions,

1. Element Stress(2D-3D) means that the stress value all component of the model, is the truth?

2. CBAR-CBEAM Stress means that the stress value of the only lattice structure is the truth?

3. What is the difference between CBAR-CBEAM Stress (ROD) and CBAR-CBEAM Von-mises Stress?

4. Displacement show that the value of all components of the model, is the truth?

5. What does it mean Element Stress (1D)?

Thank you.

Element Stress(2D-3D) means that the stress value all component of the model, is the truth?

it is the stress value for all 2D and 3D elements in the model

CBAR-CBEAM Stress means that the stress value of the only lattice structure is the truth?

yes you are right

Displacement show that the value of all components of the model, is the truth?

yes.

What does it mean Element Stress (1D)?

These are stresses of all 1D elements in the model

What is the difference between CBAR-CBEAM Stress (ROD) and CBAR-CBEAM Von-mises Stress?

CBAR-CBEAM Stress (ROD) is the normal stress,

Whereas, CBAR-CBEAM Von-mises Stress i the average stress (It follows vonmises criterion).

Thank you

Thank you @Premanand Suryavanshi

I understand well /emoticons/default_smile.png' srcset='/emoticons/smile@2x.png 2x' title=':)' width='20' />

How  to get the output of CBAR/CBEAM von Mises Stresse?

Hi,

the von Mises stress will be output by default when using PBARL or PBEAML with standard cross section.

Unable to find an attachment - read this blog

So what's the difference between pbeam and pbeaml?

PBEAML allows selecting from a library of standard cross-section shapes such as BAR, BOX, BOX1, CHAN, CHAN1, CHAN2, CROSS, H, HAT, HEXA, I, I1, L, ROD, T, T1, T2, TUBE, or Z.

Unable to find an attachment - read this blog