Convergent Modeling
Convergent Modeling is an enabling technology for design engineering workflows that involve topology optimization, mesh modeling, and 3D prototyping with additive manufacturing. The goal of convergent modeling is to support simultaneous design operations for solid bodies and for mesh bodies in the same design space.
In QY CAD, you can work with classic, solid-body Boolean (B-Rep) models and non-homogenous, facet-body (mesh) models in a single part document.
From left to right, the following diagram shows how QY CAD combines convergent modeling workflows with Synchronous Technology for 
Mesh Models and 
B-Rep Models.
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Generative Design—Generates a weight-optimized shape that is lighter, more organic-looking, and requires less material.
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Reverse Engineering—Transforms imported or scanned mesh bodies into Boolean (B-Rep) design bodies.
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Synchronous Technology directly edits and manipulates the design bodies to perfect the results.
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Additive Manufacturing—QY CAD directly submits the optimized STL files for 3D printing.
For example:
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Digitally scanned mesh body models can be opened and reverse-engineered into solid body models.
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Mesh body models and solid body models can coexist in the same part, sheet metal, and assembly documents and share common workflow operations.
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Solid body models can be converted to mesh body models to enhanced Computer-aided Engineering (CAE) workflows to prepare models for 3D printing.
By allowing traditional solid body modeling operations to work directly on mesh body models, you can achieve dramatic improvements in product design efficiency. Mesh body models and mixed body models are becoming a more frequent reality in the design environment.
Types of supported convergent workflows
QY CAD provides support for convergent workflows that allow:
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Operations on facets, surfaces, and solids without conversion.
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Geometry to be created around and on mesh bodies.
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Boolean operations to be performed on mesh data.
Design problems solved with convergent workflows
Convergent workflows solve design problems that arise when working with mesh data in traditional solid body design environments. Previously:
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Mesh data had to be converted to surfaces and solids to support modeling operations.
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The reverse engineering workflow required to convert mesh data into solids is often a slow and complex operation that requires special skills to yield usable results.
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