Adding Intelligence Using ParametersĒ09Ĥ.14.2.Ědding Control to the Tooth FormĒ11Ĥ.14.3.Ědding User Defined ParametersĒ13Ĥ.14.4.Ğstablishing the Angle between the TeethĒ15Ĥ.14.5. Using the TriBall to Create Linked ShapesĒ04Ĥ.14. Making an Assembly from Existing ComponentsĒ02Ĥ.13.1. Parametrically Control the Crank Armđ97Ĥ.12.1. Parametric Constraints with Expressionsđ97Ĥ.11.1.
![ironcad sheet metal circle ironcad sheet metal circle](https://i.pinimg.com/originals/2d/17/2e/2d172ed200d524cc2e29431c0ca8ca09.jpg)
Working with Multiple Parts in a Single Fileđ75Ĥ.10.5.Ĝreating Tangency and Concentric Constraintsđ92Ĥ.11. Setting Part and IntelliShape Names and Colorđ68Ĥ.7.1.Ĝhanging the color of the partđ70Ĥ.8.
#Ironcad sheet metal circle full
Precise Model Changes Using Shape Handlesđ57Ĥ.5.7.Ědding Full Design Intent to the Flywheelđ59Ĥ.6. How Constraints Affect the Behavior of Shape Handlesđ57Ĥ.5.5. Setup the Part for Editing the Sketch:đ39Ĥ.5.1.Ědding Dimensional constraintsđ46Ĥ.5.4. Editing the Cross-section of an Existing IntelliShapeđ39Ĥ.4.1. Positioning Multiple Lines Simultaneouslyđ34Ĥ.3.6.ğinishing the Spin IntelliShapeđ36Ĥ.4. Positioning Lines Using Endpoint Position Dimensionsđ27Ĥ.3.2.Ěccurately Positioning Lines Using Curve Dimensionsđ29Ĥ.3.4.Ĝhanging the Orientation of Endpoint Dimensionsđ33Ĥ.3.5. Using the Basic 2D Editing toolsđ17Ĥ.2.1.Ĝreating the Flywheel using a Spin IntelliShapeđ18Ĥ.3.1. Positioning of Features and Faces using Shape Handlesđ13Ĥ.2. Handling Errors in Feature Creationę8ģ.4.10.Ĝreating Configurations of Different Statesę9ģ.4.11.Ĝreating Exploded Assembly Drawingsđ03Ĥ.1. Using an Existing Intelligent Hole for the Basis of a New Holeė3ģ.4.9. Working with Assemblies to Complete the Designĕ6ģ.4.2.
![ironcad sheet metal circle ironcad sheet metal circle](http://tecnetinc.com/img345.jpg)
Creating Your First 3D Model in IRONCADđ1ģ.3.2.Ĝreating a Photo-Realistic RenderingĔ5ģ.4. IRONCAD uses drag-and-drop solid modeling to provide the easiest part design/drawing environment available, whilst offering the same level of performance and compatibility found in higher-cost 3D applications.ģ.2. IRONCAD was the one of the first systems to bring full 3D design visualization, drawing creation and animation into the mainstream of desktop computing. Traditional 2D drawings are created by taking snapshots of the 3D models, in this way IRONCAD keeps both model and drawing in step. IRONCAD can be used as a very quick conceptual modeler to establish the early impact of a design or as a precise detail modeling system.
![ironcad sheet metal circle ironcad sheet metal circle](https://magnacad.com/staging/3855/wp-content/uploads/2020/05/sm1.png)
This model can be as crude or as precise as you need. IRONCAD is a computer aided design (CAD) system using 3D solid modeling techniques to build a representation of an object, a design, a building or whatever you can conceive.