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about education news missions galleries public events Follow JPL Facebook Twitter YouTube Instagram All not signed in • login • sign up share this page: 8 Real World Science Facts About Saturn's Moon Enceladus What makes this small Saturnian moon a promising lead in our search for worlds where extraterrestrial life could exist? Design your own infographics with free JPL images and data! › view all resources Featured Infographics Pi in the Sky 3 Kim Orr MRO 10th Anniversary Jelly Solar Power Explorers Earth's carbon cycle is off balance 8 Real World Science Facts About Saturn's Moon Enceladus Greetings from your First Exoplanet Sea Level Rise Kepler-186 f - Where the Grass is Always Redder Relax on Kepler-16b - Where your shadow always has company Experience the Gravity of a Super Earth Where the Nightlife Never Ends Two Planet Profile - 51 Pegasi b Goddard At A Glance mhrybykk What is a Dwarf Planet? Ocean Worlds Mars Quick Facts Scott Hulme Opportunity's Marathon Journey Pi in the Sky 2 Anatomy of an Ion Engine
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The von Karman Institute for Fluid Dynamics
Rock Cycle For Kids | What Is The Rock Cycle | DK Find Out
The igneous rock gets eroded by weather, and the cycle begins again. The magma (hot, liquid rock) bursts through Earth’s surface in the form of a volcano. It turns into solid rock, called igneous rock. The rock cycle is a never-ending process in which rocks continually shift and change over millions of years. Heat and pressure deep in the Earth can make rock change into a different type, called metamorphic rock. If the heat is very intense, both sedimentary and metamorphic rock can get so hot they turn into magma. Rock pieces settle as sand, mud, or pebbles on the coast. Rivers and streams carry the pieces of rock away, while breaking them down further. Erosion is the movement or carrying away of rock pieces by a river, glacier, or wind. Rain, wind, frost, chemicals, heat, and living things all break down rocks. The rock particles at the bottom of a sea or lake get squashed and packed together. Rock cycle in motion › How does the rock cycle work?
National Aviation Hall of Fame
Theodore von Karman Scientist Enshrined 1983 The U.S. Discovered air drag after seeing an airplane in Paris in 1908.During World War I he developed a tethered observation helicopter.His studies on air turbulence and supersonic drag were major achievements. Biography Hungarian-born Theodore von Kármán’s lifelong fascination with aviation began in 1908 when he witnessed a flight by Henri Farman near Paris. In 1913, he accepted the Chair of Aeronautics at the Technische Hochschule in Aachen, Germany. With the outbreak of World War I von Karman reported for duty with the Austro-Hungarian Army and served as a researcher. In 1926, von Karman visited the California Institute of Technology and helped plan its new Daniel Guggenheim Graduate School of Aeronautics and its Guggenheim Aeronautical Laboratory. Wind tunnel studies of the new Douglas DC-1 airliner at the Guggenheim Laboratory led to greater streamlining and an increase in its top speed of 30 miles per hour. Dr.
Aerospace (GALCIT) | History & Facts
September—Pasadena philanthropist Amos Throop (1811–1894) rents the Wooster Block building in Pasadena for the purpose of establishing Throop University, the forerunner of Caltech. In November of that year, Throop University opened its doors to 31 students and a six-member faculty. Astronomer George Ellery Hale (1868–1938) arrives in Pasadena. He is the first Director of the Mount Wilson observatory. Hale becomes a member of Throop's board of trustees in 1907; under Hale's leadership, the transformation of Throop begins. December 17, 1903—Wright Brothers' first powered flight at Kitty Hawk, North Carolina. December 17, 1903—Wright Brothers first powered flight at Kitty Hawk, North Carolina. Harry Bateman (1882–1946) Professor of Mathematics, Physics, and Aeronautics, 1917–1946. Albert A. Donald Douglas starts his aircraft company in Santa Monica. Hale is joined by chemist Arthur A. Arthur Emmons Raymond (1899–1999). ↑ up GALCIT Meteorology program, 1932–1944. The Suicide Squad—John W. C.
Theodore von Kármán Wind Tunnel Lab
The smallest wind tunnel of our department is NPL (National Physical Laboratory)-type, the cross section of its test section is 0.5x0.5 m. It is completely made of wood and is mainly used for calibration of anemometers and for educational goals, but it is also suitable for scientific measurements. The maximum velocity of the wind tunnel is 15 m/s.
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