AUTODESK INVENTOR TUTORIAL FRANCAIS PDF PROFESSIONAL
So the power of Inventor Professional lies in its use of parameters for controlling the models, so that there is associativity between the model and the numbers controlling any particular feature on a model. Inventor is called a parametric modeler because the sizes of the features and their relationship with each other the relationship of one part to another in an assembly the forces, pressures, and moments applied for stress analysis and the forces, torques, velocity, and acceleration applied in dynamic simulation environment are all parameters! These parameters are actively involved in controlling the shape andīehavior of the part or assembly being created. These features are usually conspicuously listed on the model browser in the order in which they are added to the design (though they can be reordered as long as it does not affect their dependencies) and the features could be modified at any time as long the modification would not be detrimental to dependent features. If you are also experienced with surface modelling, you would likely use features like sculpt, thicken, patch, and trim. So in a design workflow for a component, you would most likely make use of extrusion, swept, lofted, revolved, threaded, hole, rib, fillet, shell, and chamfer features. For avoidance of confusion, Inventor is said to be feature based because each modification to a component is regarded as a feature. Of course, by now, we already know that Autodesk Inventor Professional is a 3D feature-based parametric modelling application.
This time we are going to deep into the world of parameters - the engine house of Inventor Professional. Whoa! It is nice writing another interesting article on Autodesk Inventor Professional.
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