Autodesk | AutoCAD WS – Blog Guest blogger and CAD expert Shaun Bryant offers up today’s post on the Internet’s funniest CAD memes (yep, they exist). Enjoy! So, what exactly is a “meme”? According to Wikipedia, it’s this: A meme (/ˈmiːm/ meem) is “an idea, behavior, or style that spreads from person to person within a culture.” A meme acts as a unit for carrying cultural ideas, symbols, or practices that can be transmitted from one mind to another through writing, speech, gestures, rituals, or other imitable phenomena with a mimicked theme. That high-brow description has evolved with the advent of social media. The CAD world has a similar quirky sense of humor, so CAD memes are often seen out there in the world of social media, like the six CAD memes below. 1. 2. 3. 4. 5. 6. Conclusion Sometimes profound and deep, sometimes shallow but amusing, memes are here to stay. They’re now part of popular culture, especially online.
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Rolling Bridge / Thomas Heatherwick Thomas Heatherwick’s Rolling Bridge, completed in 2004 at Grand Union Canal Paddington Basin, London, is one of the most unique bridges in the world. A small pedestrian crossing, it is designed to curl up to allow boats through the inlet and uncurl again over the water. Eight triangular sections host a hydraulic ram on either side. As the rams open out of their vertical posts they extended the hand rails upwards. The pivoted sections are drawn toward each other creating a slow curling motion. The bridge can stop at any interval. Fully curled up the bridge forms a compact vertical standing octagon at the water’s edge. The concept and execution dwells on the kinetic and biomorphic potential of egress design. To commemorate the 9th Annual Skyscraper Competition, eVolo is publishing the Limited Edition Book "eVolo Skyscrapers 2" which is the follow-up to its highly acclaimed book “eVolo Skyscrapers”. -> EVOLO SKYSCRAPERS 2 - Limited Edition Book
BLAUGI Blog of Autodesk User Group International Anamorphic Walkway bridges the gap between typology and emergent design techniques Currently in the M.Arch program at MIT, the prospective architect and designer Alan Lu creates and explores architecture through experimenting with form, fabrication and design techniques. The bridge project continues the research in applying modular structures to various typologies and establishing a specificity of public spaces. The conceptual pedestrian pathway design combines the immediate influences of the site with repetitive structural elements, delivering a variation of the initial principle as the resulting object. The anamorphic bridge is derived from the convergence of vantage points at a given site. Through a process of intersection and trimming, a figure emerges that provides circulation and outlook spaces. The effects of creasing in material and form are introduced in a way achieving continuities in surface as well as varied linear spaces. -> EVOLO SKYSCRAPERS 2 - Limited Edition Book
Acercas.com - Consultor Revit® Liste de fractales par dimension de Hausdorff Un article de Wikipédia, l'encyclopédie libre. Cet article est une liste de fractales, ordonnées par dimension de Hausdorff croissante. En mathématiques, une fractale est un ensemble dont la dimension de Hausdorff (notée δ) est strictement supérieure à la dimension topologique[1]. Fractales déterministes[modifier | modifier le code] δ < 1[modifier | modifier le code] 1 ≤ δ < 2[modifier | modifier le code] δ = 2[modifier | modifier le code] 2 < δ < 3[modifier | modifier le code] δ = 3[modifier | modifier le code] Fractales aléatoires et naturelles[modifier | modifier le code] Notes et références[modifier | modifier le code] Voir aussi[modifier | modifier le code] Bibliographie[modifier | modifier le code] Kenneth Falconer, Fractal Geometry, John Wiley & Son Ltd (mars 1990), (ISBN 0471922870)Benoît Mandelbrot, The Fractal Geometry of Nature, W. Articles connexes[modifier | modifier le code] Sur les autres projets Wikimedia : les fractales, sur Wikimedia Commons Portail de la géométrie
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