The patented CAD Morphing technology of DEP is transforming the initial CAD data to match the optimized CAE models – thus forming a perfect hand shake to the CAD department
Efficiently modify in DEP MeshWorks any existing CAD data of a product directly to new shapes at 10 times faster design time
Patented CAD Morpher technology
With this ‘game-changing’ CAD Morphing functionality of DEP MeshWorks, customers can build models up to 10 times faster than the conventional methods. Ultimately CAD Morpher is promising a drastic reduction in the product development cycle time.
Some of the notable features of DEP MeshWorks CAD Morphing are:
Some of the notable features of DEP MeshWorks CAD Morphing are:
- Its capability to morph CAD data in a wide variety of scenarios very easily, efficiently and rapidly.
- Delivering optimized and balanced products faster to market.
How it works?
Take as inputs:
In the same manner, it is possible to switch very easily from CAD to FE using DEP MeshWorks.
- the Original CAD geometry
- the Original FE mesh
- the Optimized FE mesh.
In the same manner, it is possible to switch very easily from CAD to FE using DEP MeshWorks.
Existing CAD designs can be updated
For example in automotive application, the complete BIW CAD data of an existing production vehicle can be made to morph and fit a new vehicle’s styling data and/or proportions.
This is possible for all auto parts like Body structures, Powertrain, Chassis, etc.
Several months of CAD development can be reduced using the patented CAD morphing technology of DEP.
CAD Morphing can be implemented in various stages of vehicle development including:
This is possible for all auto parts like Body structures, Powertrain, Chassis, etc.
Several months of CAD development can be reduced using the patented CAD morphing technology of DEP.
CAD Morphing can be implemented in various stages of vehicle development including:
- Early concept stage: Old vehicle CAD data can be fitted to target new styling data and vehicle proportions
- Vehicle architecture development: Existing BIW CAD data can be automatically updated to fit new sections as determined by architecture team
- Vehicle optimization: Existing vehicle CAD data can be updated to match optimized results obtained by the CAE team
Existing CAD designs can be updated
For example in automotive application, the complete BIW CAD data of an existing production vehicle can be made to morph and fit a new vehicle’s styling data and/or proportions.
This is possible for all auto parts like Body structures, Powertrain, Chassis, etc.
Several months of CAD development can be reduced using the patented CAD morphing technology of DEP.
CAD Morphing can be implemented in various stages of vehicle development including:
This is possible for all auto parts like Body structures, Powertrain, Chassis, etc.
Several months of CAD development can be reduced using the patented CAD morphing technology of DEP.
CAD Morphing can be implemented in various stages of vehicle development including:
- Early concept stage: Old vehicle CAD data can be fitted to target new styling data and vehicle proportions
- Vehicle architecture development: Existing BIW CAD data can be automatically updated to fit new sections as determined by architecture team
- Vehicle optimization: Existing vehicle CAD data can be updated to match optimized results obtained by the CAE team
Associativity between CAD and CAE
The Associative Modeler in DEP MeshWorks rapidly updates CAE models as CAD changes, dramatically reducing time for model updates.
Likewise, as CAE models are modified by the engineer to improve performance and reduce weight, the CAD models are also automatically updated
The CAD model can be updated accordingly, and reciprocally.
Likewise, as CAE models are modified by the engineer to improve performance and reduce weight, the CAD models are also automatically updated
The CAD model can be updated accordingly, and reciprocally.
Associativity between CAD and CAE
The Associative Modeler in DEP MeshWorks rapidly updates CAE models as CAD changes, dramatically reducing time for model updates.
Likewise, as CAE models are modified by the engineer to improve performance and reduce weight, the CAD models are also automatically updated
The CAD model can be updated accordingly, and reciprocally.
Likewise, as CAE models are modified by the engineer to improve performance and reduce weight, the CAD models are also automatically updated
The CAD model can be updated accordingly, and reciprocally.
