Turbulence Tank Tops
Description: A scientific visual display showing fluid dynamics concepts. The top section features an aerofoil with flow lines and force arrows. Below is the Navier-Stokes equation. The bottom section displays fluid flow around a sphere, a golf ball, and a honeycomb sphere, with corresponding graphs illustrating velocity profiles and turbulence.
Description: Red Sox Debut New 'Turbulence' T Shirt, Turbulence inspires plane celebration for Red Sox Wally the Green Monster.
Red Sox Turbulence Shirt Tim Healey Turbulence Wally the Green Monster Tank Top
by Celestial Artworks
$21
Description: Introducing "Caving Creatures," a captivating collection of modernized illustrations that draw inspiration from the timeless allure of cave art, petroglyphs, animal petroglyphs, human petroglyphs, hieroglyphs, and ancient signs and symbols. Each artwork in this collection brilliantly combines smart design with a touch of irony, bringing to life a world of intelligent and humorous interpretations of our ancestors' creations. These cute and elegant renderings reinvigorate these ancient motifs with a stylish twist, seamlessly blending the past with the present.
Description: This design is for the scientist who finds beauty in the swirling chaos of turbulent flow. It celebrates the researcher, engineer, and student who spend their days calculating angular velocity and studying the complex rotation of fluids. A perfect choice for the physics lover who understands that from the smallest whirlpool in a coffee cup to the massive spiral of a galaxy, everything is simply a matter of mastering the math behind the spin. It’s a bold statement for the person who doesn't just watch the world turn—they understand exactly why it does.
Description: Airfoil in the wings of airplane works based on Bernoulli's principle. Airfoil designed to have more length on the top side, thus the wind that split during its collision with the airfoil needs to travel faster on the top side compared to the bottom side. This will make the pressure on the bottom side higher than the top side of the airfoil, resulted in the generation of lift force that makes the airplane fly. As the angle of airfoil increased, the void appeared on the tail of airfoil creating pressure drop on this area and the air flowing in turbulence. If this condition continues, the pressure on the front of airfoil builds up and the rear dropped, resulting in more drag force compared to the generated lift, and turning it to stall.
