Linked from

The 46 pages that link to Computer-aided design, each with the reason it gives.

• Computer graphicsRelated: Graphics systems display and manipulate the geometric models used in design work.

• Coordinate geometryRelated: Design software represents outlines and surfaces as coordinate-defined geometry.

• Additive manufacturingRelated: Additive builds usually begin with a digital model describing the intended geometry.

• PolygonRelated: Polygon boundaries and meshes support geometric modeling in design software.

• Mechanical engineeringRelated: Engineers use it to define component geometry and prepare designs for analysis and manufacture.

• Vector graphicsRelated: CAD systems use geometric representations suited to precise, scalable drawings.

• PrototypingRelated: CAD models can support prototyping but may remain design files rather than testable artifacts.

• Computer mouseRelated: Mouse precision supports selecting, editing, and positioning objects in design software.

• Technical drawingRelated: CAD systems produce and revise precise technical drawings from digital geometry.

• Mass customizationRelated: Digital design tools make it practical to adapt product specifications to individual orders.

• Ivan SutherlandRelated: Sketchpad showed how interactive graphics could support precise engineering design.

• Reverse engineeringRelated: Physical-part reconstruction can turn measured geometry into editable digital models.

• Automotive designRelated: Digital models let design teams develop and assess vehicle forms before physical production.

• Descriptive geometryRelated: CAD systems automate projection and geometric operations once performed by hand.

• StylusRelated: A stylus can support freehand sketching and precise pointing in design workflows.

• Antoni GaudíRelated: Digital modeling has helped engineers develop buildable interpretations of Gaudí’s complex forms.

• Boeing 777Related: Boeing designed the 777 entirely with digital tools, integrating engineering models before production.

• Gaspard MongeRelated: Modern digital drafting inherits the problem of representing three-dimensional form in two dimensions.

• Application softwareRelated: Specialized applications extend the category into engineering and product design.

• Closed curveRelated: Closed planar profiles can define faces and solid features in CAD models.

• Furniture designRelated: CAD supports precise furniture drawings, modeling, and preparation for manufacture.

• Product designRelated: Digital models let teams develop and communicate product geometry.

• Zaha HadidRelated: Digital modeling helped turn her intricate drawings into buildable geometry.

• 3D computer graphicsRelated: CAD systems use 3D models to develop and inspect products and structures.

• Parametric equationRelated: Parametric curves and surfaces provide precise editable geometry in design systems.

• Real-time renderingRelated: Interactive rendering lets designers inspect geometry and materials as they edit.

• Computer-aided engineeringRelated: CAE commonly analyzes the digital geometry created in CAD systems.

• Konrad ZuseRelated: Zuse’s company developed early computer-aided design systems as computers entered engineering practice.

• Graphics cardRelated: Professional cards support interactive rendering of complex design models.

• OpenGLRelated: OpenGL has been used to render interactive models and technical views in CAD software.

• Pointing deviceRelated: Precise cursor positioning supports drawing, selecting, and editing geometry.

• Desktop computerRelated: Large displays and expandable hardware support detailed design workflows.

• Direct3DRelated: Some Windows design applications use Direct3D to display interactive models.

• Product data managementRelated: CAD files are among the central engineering artifacts managed in PDM.

• 2D computer graphicsRelated: Its 2D drafting tools use precise vector geometry for plans and diagrams.

• Geometry (configuration)Related: Design software stores object shapes and dimensions as editable configurations.

• Meusnier's theoremRelated: Surface modeling uses directional curvature quantities to assess shape and smoothness.