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suresh756
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i am new to the APDL in ansys and i need some basic books or sites to learn APDL
open Ansys, file -> List -> Log Filekanif said:I have modeled in ansys now i want it's apdl coding from that model.how can i get it?
after the solution is done, select "General Postproc->plot result->contour plot" to see the cloud pictures or select "General Postproc->list result->Nodal Solution (or Element Solution)" to see the data.kanif said:i have modeled 8 layer shell beam. in ansys i want stress and strain in each ply, how will i get it.
kanif said:i have modeled 8 layer shell beam. in ansys i want stress and strain in each ply, how will i get it.
"General Postproc->list result->Nodal Solution (or Element Solution)" with this i am getting thousands of element stresses
But i want only SMX(maximum stress), SMN(min.stress),deflection on 8 layer.
how to get that?
ANSYS APDL (ANSYS Parametric Design Language) is a scripting language used for automating and customizing simulations in ANSYS software. It is primarily used in the mechanical and structural engineering fields for finite element analysis (FEA) simulations.
The best way to get started with ANSYS APDL is to first familiarize yourself with the ANSYS software and its user interface. Then, you can start learning the basics of APDL by going through tutorials and online resources. It is also helpful to have a strong understanding of FEA principles and the ANSYS solver capabilities.
Yes, there are many resources available for beginners learning ANSYS APDL. Some popular resources include the ANSYS documentation, online tutorials, video tutorials, and forums where you can ask questions and get help from experienced users.
Yes, you can use ANSYS APDL without any programming experience. However, having a basic understanding of programming concepts such as variables, loops, and conditional statements can be helpful in writing more complex APDL scripts.
No, while ANSYS APDL is mainly used for mechanical and structural engineering simulations, it can also be used for other types of simulations such as fluid dynamics and electromagnetics. However, certain features and capabilities may be limited in these areas compared to other ANSYS products specifically designed for those simulations.