ANSYS AIM Quick Tour
Introduction to ANSYS AIM Workspace
In this demonstration, you'll learn about the ANSYS AIM workspace. When you open a new study in AIM, you can start quickly by using a predefined template containing many of the default settings you'll need, or create a simulation with other methods.
Workspace Overview
This is how the workspace looks after you've imported your geometry in a fluid flow template:
- The summary grid shows the simulation tasks that were automatically added for this template.
- An end-to-end representation of these tasks is displayed in the workflow tab of the view panel.
Managing Simulation Tasks
Using the workflow tab, you can easily manage the simulation process by right-clicking on a task to:
- Add
- Connect
- Delete
- Duplicate a task
Each task is a container for all the objects and settings for that task. The starting template determines not only the task sequence but also many of the values needed to complete the task.
Setting Up the Simulation
To set up the simulation, you can display and edit setup values through:
- Property panels: Define the minimum input requirements for a task and are the fastest way to set up your simulation.
- Data panels: Provide more control and access to typical properties and options to customize your simulation.
On some data panels, an icon exposes all of the setup options available for the greatest level of control.
Color Cues and Messages
AIM uses color cues to communicate the simulation status:
- Red: Items that must be completed or modified to move forward.
- Yellow: Indicates you need to update the task.
- Green: Confirms that the task is up to date.
- Blue: Cue for a suggested next step.
In addition to color, AIM communicates through messages. Progress indicators and message alerts display here. Missing data or potential errors are indicated with messages in both the property and data panels. Alerts and messages are displayed in the messages tab, and by clicking on the link, you navigate directly to the data panel where the change is required.
Navigation and Help
The transcript tab on the view panel displays text output from the solver. These arrows behave like browser arrows so you can move backwards and forwards to display the messages. If you want to change the settings, you can move the browser to the location you have already edited.
Use the navigation bar to display a list of properties within a given category, for example, all boundary conditions or a specific object within a task. You can also get to more detailed panels by clicking the links.
Graphic Tools
Now let's demonstrate some of AIM's graphic tools. When I click the model, several tools become available:
- Use the graphics toolbar to select specific components of the model with selection filters, such as selecting only edges or faces.
- See different views by showing the vertices, hiding the edges or faces, or making the model translucent.
- The topology selector makes it easy to select an internal or hidden geometric entity.
You can manipulate the model in many ways using a combination of keyboard and mouse.
Accessing Help
Help in using AIM is easy to find. Just look for the question marks. Concise and specific help is often available within a field. This question mark opens help about this particular data panel. Video and more in-depth help is a click away.
This concludes this demonstration of the ANSYS AIM workspace.
In this demonstration, you'll learn about the ANSYS AIM workspace. When you open a new study in AIM, you can start quickly by using a predefined template containing many of the default settings you'll need, or create a simulation with other methods.
This is how the workspace looks after you've imported your geometry in a fluid flow template. The summary grid shows the simulation tasks that were automatically added for this template. An end-to-end representation of these tasks is displayed in the workflow tab of the view panel.
Using the workflow tab, you can easily manage the simulation process by right-clicking on a task to add, connect, delete, or duplicate a task. Each task is a container for all the objects and settings for that task.
The starting template determines not only the task sequence, but also many of the values that are needed to complete the task. The task sequence is also a container for all the values you will need to successfully complete your simulation.
To set up the simulation, you can display and edit setup values through property panels or data panels. The difference between the panels is the time to set up and the level of control over your simulation properties.
When using the right-click menu to add an object, the property panel is displayed automatically. Property panels define the minimum input requirements for a task, and using them is the fastest way to set up your simulation.
If you need more control beyond what the property panels offer, the data panel gives you access to more typical properties and options to customize your simulation. And finally, on some data panels, this icon exposes all of the setup options available for the greatest level of control.
Using a template combined with the workflow tab and the property panels, you have everything you need to successfully create a simulation process. AIM uses color cues to communicate the simulation status. Red draws your attention to items that must be completed or modified in order to move forward.
Yellow indicates that you need to update the task, and green confirms that the task is up to date. You'll also notice that some buttons or menu items are highlighted in blue. Blue is a cue for a suggested next step. In addition to color, AIM communicates with you through messages.
Progress indicators and message alerts display here. Missing data or potential errors are indicated with messages in both the property and data panels.
Alerts and messages are displayed in the messages tab, and by clicking on the link, you navigate directly to the data panel where the change is required. You can also click on the status bar to display the corresponding messages in the message tab.
The transcript tab on the view panel displays text output from the solver. These arrows behave like browser arrows so you can move backwards and forwards to display the messages. If you want to change the settings, you can move the browser to the location you have already edited.
Use the navigation bar to display a list of properties within a given category, for example, all boundary conditions or a specific object within a task. You can also get to more detailed panels by clicking the links. Now let's demonstrate some of AIM's graphic tools.
When I click the model, several tools become available. Use the graphics toolbar to select specific components of the model with selection filters. For instance, select only edges. Or select only faces.
Or see different views by showing the vertices, or hiding the edges, or faces, or making the model translucent. The topology selector makes easy work of selecting an internal or hidden geometric entity. You can manipulate the model in many ways using a combination of keyboard and mouse.
Help in using AIM is easy to find. Just look for the question marks. Concise and specific help is often available within a field. This question mark opens help about this particular data panel. Video and more in-depth help is a click away.
This concludes this demonstration of the ANSYS AIM workspace. (The title of the talk is "ANSYS AIM Quick Tour")

