#aerodinamics

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The colorized cubes are useful in 3-D illustrations of various neuronal structures and processes, giving scientists their most detailed map yet of what actually happens in the brain. Credits: Lichtman Lab and Pfister Lab

#design #graphicdesign#sciencegraphicdesign #sciencegraphics#visuals #visualscience #render #3drender#3d #digital #science #simulation#aerodinamics #illustration #artdirection#surreal #particles #abstract #abstractart#digitalart #fluid #image #jpg #texture#visualeffects #visualisation#visualinspiration #scncdsgn


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The colorized cubes are useful in 3-D illustrations of various neuronal structures and processes, giving scientists their most detailed map yet of what actually happens in the brain. Credits: Lichtman Lab and Pfister Lab

#design #graphicdesign #sciencegraphicdesign #sciencegraphics #visuals #visualscience #render #3drender #3d #digital #science #simulation #aerodinamics #illustration #artdirection #surreal #particles #abstract #abstractart #digitalart #fluid #image #jpg #texture #visualeffects #visualisation #visualinspiration #scncdsgn


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Shelby SuperCars (SSC) tuvo el título del carro más rápido del mundo. Alcanzó 256 millas por hora (411 km/h) en el 2007, batiendo el récord de la versión no deportiva del Veyron. La velocidad fue alcanzada gracias a un motor V8 de 6.3 litros con 1.287 hp. No tiene ayudas eléctricas que le ayude a alcanzar ese poder, creando una experiencia única de conducción de autos para los expertos un escenario de muerte para los no profesionales
https://es.digitaltrends.com/autos/los-diez-carros-mas-rapidos-del-mundo/ .
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#supershelbycar #ssc #speed #velocidad #autodeportivo #sportcar #mph #km/h #record #adrenalina #adrenaline #racing #carreras #convertible #recordguiness #aerodinamico #aerodinamics #motor #dinero #money #invest #inversion #fun #diversion #lujo #luxury #millonarios #millonaires


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These images from a 3D global hybrid simulation of the Earth's magnetosphere show the formation of large-scale magnetic flux ropes. Credits: Homa Karimabadi, University of California, San Diego; Burlen Loring, University of California, Berkeley

#design #graphicdesign #sciencegraphicdesign #sciencegraphics #visuals #visualscience #render #3drender #3d #digital #science #simulation #aerodinamics #illustration #artdirection #surreal #particles #abstract #abstractart #digitalart #fluid #image #jpg #texture #visualeffects #visualisation #visualinspiration #scncdsgn


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The transparent surfaces show the shock waves in the incoming air as it encounters the vehicle and the forward booster-separation motor plumes (shown in red). The vehicle surface is coloured by pressure. Credits: Stuart Rogers, NASA/Ames; Ryan Rocha, University of California

#design #graphicdesign #sciencegraphicdesign #sciencegraphics #visuals #visualscience #render #3drender #3d #digital #science #simulation #aerodinamics #illustration #artdirection #surreal #particles #abstract #abstractart #digitalart #fluid #image #jpg #texture #visualeffects #visualisation #visualinspiration #scncdsgn


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Computational simulations of rotorcraft designs were performed using thousands of cores on the Pleiades supercomputer to analyze airflow interactions between multiple rotors, wings, and the vehicle fuselage. Credits: NASA Advanced Supercomputing (NAS)

#design #graphicdesign #sciencegraphicdesign #sciencegraphics #visuals #visualscience #render #3drender #3d #digital #science #simulation #aerodinamics #illustration #artdirection #surreal #particles #abstract #abstractart #digitalart #fluid #image #jpg #texture #visualeffects #visualisation #visualinspiration #scncdsgn


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