With the new release of Solidworks 2011 Simulation software, there have been a number of great enhancements. I thought I would post some of these, starting with What's New with the Simulation interface. Changes in the interface include:
- Organization of bodies
- Filtering the Simulation study tree
- Display enhancements for Simulation studies
- Display of Simulation symbols
- Expressions in input fields
Organization of Bodies:
Enhancements to the Simulation study tree include organizing bodies into folders. Cut lists for beams and sheet metal bodies also appear in the Simulation study tree. To create sub-folders, right-click a folder in the Simulation study tree and select Create New Folder. You can then drag entities into the new folder. All options under the parent folder are available for a newly created sub-folder. For example, you can assign the same material properties to the bodies in a sub-folder.
Filtering the Simulation Study Tree:
You can use the new Simulation-specific filter tool to filter the Simulation study tree. This is similar to the Solidworks filter tool at the top of the Feature Manager tree. For example, you could filter by text-based names such as Pressure-3 or properties such as shell thickness or fixed geometry. You can also use the Filter Graphics View to show only filtered items in the graphics area.
Display Enhancements for Simulation Studies:
A body that is excluded from an analysis is hidden in the Simulation study. Also, when you change a body's material in a Simulation study, the material's appearance updates to the new material when viewing the Simulation study.
Display of Simulation Symbols:
While editing a Simulation study, you can toggle the display of ALL Simulation-related symbols, such as loads, fixtures, and connectors. To toggle the display of Simulation symbols, click View > Simulation Symbols or click Hide/Show Items (Heads-Up View toolbar), and select View Simulation Symbols.
Expressions in Input Fields:
You can now type expressions in fields that allow numerical inputs. For example, to use a component of a resultant force of 50N oriented at a 30° angle to the selected direction, you can type 50*cos(pi/6) for Force in the Force/Torque Property Manager. Or, to reduce the parametric value of density of 7500 kg/m^3 by one-half, you can type 7500/2 for User defined value in the Add Parameters dialog box.