Sentence examples for computer aided design models from inspiring English sources

Rapid prototyping (RP) is an emerging technology for creating physical prototypes from three-dimensional computer aided design models using the additive process with layers.

Computer aided design models of suspected aircraft components were superimposed, and a feature common in multiple mosaicked images was used to identify a common feature between purported objects to assess goodness of fit.

A generally available and easy-to-use viewer for the simultaneous visualisation of the ASDEX Upgrade vacuum vessel computer aided design models, diagnostics and magnetic geometry, solutions of 3D plasma simulation codes and 2D camera images was developed.

Succeeding the completion of the forming interface geometry; the computer aided design models for the punch, the die and the binder tools are generated using the specifications of the manufacturing tools and presses.

The importance of rapid prototyping is to quickly fabricate complex-shaped, 3D parts directly from computer aided design models, which is based upon decomposition of 3D computer models data into thin cross-sectional layers, followed by physically forming the layers and stacking them up; "layer by layer technique".

For that purpose, subdivision surfaces using triangle meshes are simultaneously applied to CAD (computer aided design) modeling and CAE (computer aided engineering) analysis.

A detailed computer aided design model representing a female human body was created from a 3-D scan of a full scale thermal manikin.

To investigate the influence of the accuracy of the implant models that were used for model-based RSA, we studied both computer aided design (CAD) models as well as models obtained by means of reversed engineering (RE) of the actual implant.

Typically, the 3D modeling or existing simplified 3D computer aided design (CAD) models may be required.

Studies using thermo-luminescent detectors (TLD), tissue equivalent proportional counter (TPEC), and computer aided design (CAD) models of early ISS configurations confirmed that, as input, computational dosimetry at low Earth orbit (LEO) requires an environmental model with directional (anisotropic) capability to properly describe the exposure of trapped protons within ISS.

The structure design was created through a standard set of two dimensional construction drawings (blueprints), a three dimensional computer aided design (CAD) model, and a physical model created by a three dimensional printer from the CAD model.