Welcome to the ICEM Shape Design AeroExpert User’s Guide! This guide is intended for users who need to become quickly familiar with the product. CATIA ICEM Shape Design AeroExpert is a dedicated workbench used for the creation and modification of surfaces within the aeronautical surface modeling. CATIA ICEM Shape Design Expert (IEX) offers an extended tool set which complements the ISD Center (ICM) product. This add-on module enables the creation.
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Fully integrated in the global product definition process, ISD Center permits direct access to concurrently active commands, such as control point manipulation and matching. Associative and feature based modeling Providing advanced Surface modeling and analysis tools to help create aesthetic and ergonomic shapes to the highest levels of surface quality Class A.
For the first time a Class A-surfacing tool takes advantage of the proven stability of the CATIA platform and its associative and history driven engines.
Product Overview CATIA ICEM Shape Design AeroExpert is a dedicated workbench used for the creation and modification of surfaces within the aeronautical surface modeling domain, providing specialized modeling functionality and global modeling capability to support typical aerospace workflow and processes. Product Highlights Advanced surface creation commands in support of Aeronautical requirements.
High Quality surface generation The technology is simple in its philosophy yet delivers high quality results expected within ehape Class Sgape surfacing domain.
CATIA – ICEM Shape Design Expert
Xatia approach allows the user to immediately understand the extended dwsign of each shape modification as it is made. This type of workflow is of particular interest in the early design theme selection process, where new variants can be quickly modeled for review and decision making.
This modeling technique, using collaborative commands, greatly reduces the number of interactions required to obtain the desired shape. As relevant to all feature modeling within the ICEM Shape Design portfolio, global operations can, at any time during the modeling process, be retrieved and regenerated using the initial parameters or modified by editing them.
During creation and modification of geometry, advanced analysis tools provide the user an efficient capability to monitor snape visualize the quality and accuracy of their designs in a real time environment.
Product Key Customer Benefits. ISD Center supports explicit modeling methods, managed by 3D interactive tools providing comprehensive dynamic performance and direct shape control. Extended to catka creation methods, providing the ability to mix a combination of freeform and global modeling with feature based operations.
ICEM Shape Design Center
Leveraging knowledge and experience of proven Technologies Improve design iterations and productivity thanks to fesign templates and rule-based corporate standards. Users can choose the methods in which to create freeform Curve and Surfaces, thus creating a flexible approach to facilitate rapid creation and modification techniques. Very often Lofted surfaces require a level of quality that achieves a aerodynamic goal for smoothness and shape.
For some design analysis tasks this is no longer the case.
What is the difference between GSD and ICEM Shape Design Workbench in Catia?
Advanced real time geometry analysis tools: Advanced data reduction and smoothing capabilities allows engineers to refine complex geometry to manageable data sizes improving system performance and user ergonomics yet maintaining data integrity and accuracy.
The internal complexities of geometry are required to deskgn simple and easy to manipulate. Supporting a hybrid environment of both explicit and feature-based surface modeling.
Unique to the market, extended modeling capabilities addressing advanced requirements, such as styled complex fillets, automotive component gap creation etc.
This not only results in improved productivity and surface quality but ensures adherence to the initial design intent and any manufacturing constraints that have been taken into consideration.
However the task of analyzing at the Part level the component meets the correct design and engineering criteria is often left to other design departments or other applications.
Delivers advanced Class-A Surface generation, modification and analysis tools Supports explicit and associative modeling techniques Intuitive and dynamic surface modeling techniques User quality control through Feature-based approximation Simultaneous real-time analysis Supports advanced ergonomic workflow through Parallel commands Propagates surface modifications to related topology Integrates Class-A and engineering surface design.
Advanced Curve and Surface Modification tools: Using Bezier mathematics at its core for curve and Surface creation, ICEM Shape Design Center are using proven technologies used and proven from over 25years experience. Patch from Patches, Loft, Sweep etc Supports explicit and associative modelling techniques Intuitive and dynamic surface modelling techniques Advanced geometry management output capabilities.
Industries requiring industrial design will save design cycle time by avoiding data conversion between several systems.