The field of finite element, HYPERMESH meshing software is the most famous, ANSYS

WORKBENCH performance multi-physics coupling analysis software, and how to achieve

powerful combination makes it possible to use HYPERMESH meshing model, and then imported

into the ANSYS WORKBENCH analysis, attracted the attention of many CAE engineers. But no

matter the network media, or from the published literature, but also do not see a relevant

example. In view of this, the author of this question to explore, to find a suitable way. Starting

from an example below, a step-by-step description of how to use the two co-simulation.

The examples are as follows. The two cantilever beams A and B, one above In addition, a slight

gap between.Uniform load applied to the left of the cantilever down to study when the the load

collector degree gradually increase, the cantilever is how oppression below the cantilever,

resulting in its deformed.

The major steps of the operation of the two co-simulation are as follows:

Two three-dimensional cantilever as shown below. Created in a three-dimensional software

(SOLIDWORKS) and saved as a *. Stp format files.

2. Open in HYPERMESH in this model, and mesh.

3. Defined in the Component Manager in HYPERMESH unit type, material, and set the

Component Manager.

 

A 4. Finite element model derived in HYPERMESH to the ANSYS. Get a practics.CDB file. This

file can be read into the ANSYS classic interface.

Open ANSYS classic interface, use the FILE> the READ the INPUT FROM reads the file.

 

6. Use the export function of the document model in ANSYS classic interface to write to the file,

here write for file.cdb file.

 

Open the main interface of ANSYS WORKBENCH and dragged into a Finite Element Modeler

component.

In the Finite Element Modeler the paper reads file.cdb.

Open Finite Element Modeler, the finite element model.

10 Finite Element Modeler generates an initial three-dimensional model.

 

The three-dimensional model as well as in front of the finite element model can use the the

WORKBENCH other applications. Below followed by demonstrations in the MECHANICAL

use.

11 in WORKBENCH create a static analysis.

12. Finite Element Modeler model cell onto the static structural model cell, and build

relationships.

13 updates Finite Element Modeler.

14 Open the static structural.

15 adds a fixed end boundary conditions, and the load is applied.

16. Analysis and view of displacement contours.

You can also view the stress cloud

Thus, the problem solving end.

 

Seen, the use of the above-described manner, the advantages of both can be combined with the

efficient simulation, which can be a complex problem. In fact, the purpose of the general problem,

using ANSYS WORKBENCH enough, do not need to spend HYPERMESH Dajia mesh. Just for

a very complex model, the quality of the grid for the results before they need for such operations.