- 1:
Überblick. - 2:
ANSYS.- 2.1:
Produktneuheiten. - 2.2:
Industrieanwendungen. - 2.3:
Strukturmechanik. - 2.4:
Strömungsmechanik. - 2.5:
Temperaturfeld. - 2.6:
Elektromagnetik. - 2.7:
Systemsimulation. - 2.8:
Multiphysics. - 2.9:
Betriebsfestigkeit. - 2.10:
Composites. - 2.11:
Elektronik. - 2.12:
FEM für CAD. - .2.13:
Workflow- 2.13.1:
Optimierung. - 2.13.2:
CAD Import. - .2.13.3:
CAD-Modellbearbeitung - 2.13.4:
Vernetzung. - 2.13.5:
Postprocessing. - 2.13.6:
Datenmanagement.
- 2.13.1:
- 2.14:
ANSYS HPC. - 2.15:
Academic. - 2.16:
CADFEM ihf Toolbox. - 2.17:
CADFEM C.A.V.E.. - 2.18:
Zusatzlösungen.
- 2.1:
- 3:
LS-DYNA. - 4:
FTI FORMING SUITE. - 5:
Optimierung: optiSLang. - 6:
Materialdesign: DIGIMAT. - 7:
Composites: ESAComp. - 8:
Biomechanik: AnyBody. - 9:
Lackierprozesse: VPS. - 10:
Hardware. - 11:
Info-Veranstaltungen.
ANSYS SpaceClaim Direct Modeler & ANSYS DesignModeler
ANSYS SpaceClaim Direct Modeler (ANSYS SCDM) is a CAD-neutral new complementary tool to ANSYS DesignModeler (ANSYS DM) providing an additional way to manipulate 3D geometry. An associative, bi-directional interface links both with the ANSYS Workbench environment.
Two Different Modeling Techniques
ANSYS SCDM is analogous to ANSYS DM in that both are 3D geometry modeling tools positioned between the CAD system and analysis. Both allow to either create geometry from scratch, or to import a model in from a CAD system and prepare it for analysis.
- ANSYS SCDM imports a non-associative, single instance of the geometry devoid of any parameters set in the CAD system. In comparison, ANSYS DM imports an associative representation of the native CAD file, including parameters specified in the CAD system.
- ANSYS SCDM, a direct modeling application, allows for free geometry manipulation without the restrictions of a feature tree enabling modifications without regeneration failures. As the model creation process is not stored, source CAD geometry can’t be updated automatically.
ANSYS SpaceClaim Direct Modeler
ANSYS SCDM brings a new way to manipulate 3D geometry models. The model becomes completely dynamic, allowing to move, stretch, add and remove with mouse movements. All changes to the 3D model occur in real time on the screen providing instant feedback on the design. This functionality will work with existing native CAD models from third-party systems as well as 3D models that have been built directly within ANSYS SCDM. The user can also dimension these changes, resulting in a parametric CAD model from non-parametric imports. For example, an IGES or STEP file can be imported into ANSYS SCDM and modified as if it was fully parametric. This type of geometry creation and manipulation is known as direct modeling. It allows a user to model geometry without being hindered by existing parametric and/or history-based constraints. This is particularly useful for working with complex models, which can have a lot of parameters defined in the native CAD model, any of which may come into conflict with others when users attempt to modify the geometry prior to conducting engineering analysis.
With its history free data structure ANSYS SCDM provides fast import no matter where the model comes from and especially supports operations e.g. repair of bad geometries or geometry modification for Explicit or CFD simulations. ANSYS SCDM is beneficial for customers with the need to import native cad-data without the CAD-System available. ANSYS SCDM allows importing CAD geometry from different sources into a single assembly.
Due to its flexibility ANSYS SCDM will enable users to perform a wide range for conceptual variations as well as robust design, design optimization or DOE. The analyst can create driving parameters instead of having to predict them upfront.
ANSYS DesignModeler
ANSYS DM is the solution for users who require a fully parametric, geometry modeling application – parameters defined in the native CAD system are used to update the geometry and/or prepare the simulation model. ANSYS DM keeps full associativity to CAD parameters and feature history, source CAD geometry can be easily refreshed, because all changes are stored and transferred.
Analysis-specific tools within ANSYS DM include an automated option to extract flow volumes for fluid dynamics analyses and the ability to create multibody parts. In addition, several new features, including user-defined offsets, user-defined cross sections and better orientation controls, are available for improved beam modeling in structural analyses. Improvements in ANSYS DesignModeler 12.0 include options to create attributes within ANSYS DesignModeler as well as to import additional attributes from external CAD, including named selections, coordinate systems and work points.





