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Similar a Seccion 2 dwg underlay en autodesk ® inventor ®
Similar a Seccion 2 dwg underlay en autodesk ® inventor ® (20)
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Seccion 2 dwg underlay en autodesk ® inventor ®
- 1. Join us on Twitter: #AU2014 Prototipos digitales, del 2D, 3D, simulación, visualización Foto reali con salida a impresión 3D Sección 2. Sección 2: Free form Modelling & Visualization, Autodesk ® Inventor ®. Federico E. González Morón. Consultor técnico MFG/SIM Autodesk. AE MakerBot fegmoron@Hotmail.com
- 2. Sección 2: DWG Underlay en Autodesk ® Inventor ® y Free form Modelling & Visualization. fegmoron@Hotmail.com
- 3. DWG Underlay en Autodesk ® Inventor ® y Free form Modelling & Visualization. Importar solidos generados en AutoCad ® y crear un ensamble dentro de inventor. Crear un componente mediante la Inserción de “DWG Underlay”. Generar un “.IPT” asociativo entre AutoCad ® Autodesk ® Inventor ®. Utilizar “Free Form Modelling” dentro de inventor para explorar Volumetrías. Asignar materiales de la biblioteca y generar una visualización dentro de Inventor. https://www.youtube.com/watch?v=VU7JxVGyU0Q fegmoron@Hotmail.com
- 4. En esta sección usted presencio la forma en la que al usar “FreeForm Modelling” dentro de inventor se pueden generar Volumetrías de referencia. Además de asignar materiales para obtener una visualización en tiempo real. Autodesk® Inventor® Freeform modelling. Autodesk® Inventor® Ray traycing. Conclusiones de la sección 2
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- Today, we are changing the game again and we are doing it in dramatic fashion. By continuing to connect the dots all along the Digital Prototyping workflow, we have increased our customers ability to design, visualize, and simulate their products to an all new level. Digital Prototyping begins with the idea of defining the form and fitting the parts together. But it quickly moves beyond that into assessing The way things move Whether or not they fail How the various components of the product interact with subsystems, be they pneumatic or electric And, ultimately, it looks at the performance from a form, fit, and function perspective of the entire design. And it does this all in the computer before anything is ever built. Digital Prototyping gives conceptual design, engineering, and manufacturing departments the ability to virtually explore a complete product before it becomes real. With Digital Prototyping manufacturers can create, validate, optimize, and manage designs from the conceptual design phase through the manufacturing process. Using a single digital model throughout the design process helps product development teams boost the level of communication with different stakeholders while getting more innovative products to market, faster. By using a digital prototype, manufacturers can visualize and simulate the real-world performance of the design with less reliance on costly physical prototypes.