virtual mockup

virtual mockup Regardless of the object to be produced, virtual mockup design and manufacturing technologies are moving from 2D to 3D. The resulting virtual mockup designs are featuring heavily stylized surfaces. In response, surface modelers are virtual mockup combining drafting capabilities with solids capabilities, reinforced by surfacing and surface virtual mockup machining capabilities. For instance, STRIM also gives designers a free-form styling tool that can virtual mockup tug, tweak, and pull surfaces all over the place to create complex surfaces. At the virtual mockup same time, it meshes the surfaces together, maintaining tangency and "curvature continuity" along the boundaries. According to Bruce Boes, virtual mockup Matra's corporate vice president of Marketing Strategy, "STRIM is capable of creating surfaces of virtual mockup any number of sides within multiple boundaries, a common occurrence with complex blends virtual mockup and corners. The real trick here has been to ensure that you have nice, smooth blending of virtual mockup curves and that the surfaces flow from one to another or flow across a surface. Tangency guarantees virtual mockup smooth surfaces with excellent finishing and that are easier to machine, thus avoiding manual tooling virtual mockup adjustments. Curvature continuity is essential to aesthetic quality." But creating fancy surfaces is not enough. virtual mockup New surface analysis tools ensure against gaps and overlaps and help to produce high-quality surface models for machining. For example, CATIA's Global Shape Deformation (GSD) module is a virtual mockup high-end module for skin deformation. Based on curves or surface wrapping based on multiple patches surface definition, GSD lets designers create styling effects and deformations, and define virtual mockup or simulate "physical" effects and springback compensations. The designer can virtual mockup control some context parameters, such as coefficient tolerance and surfaces subdivision. virtual mockup In die Konzipierung des generischen Frameworks sollen relevante Standards und Standardisierungsbewegungen bzw. Forschungsaktivitäten einfließen. An Hand von Referenzfällen werden virtual mockup Prozesse, Schnittstellen und Systeme verifiziert und optimiert. Grundlage für das Gesamtprojekt virtual mockup liefert die Anforderungsanalyse. Als Vorgehensmethodik zur Abwicklung des Projekts virtual mockup wird der Rational Unified Process (RUP) herangezogen. Die Umsetzung des VMU-Konzepts soll in beliebigen virtual mockup heterogenen CAx- und PDM- Systemlandschaften erfolgen können.