How to use rigidized in a sentence? Find typical usage patterns (collocations)/phrases/context for "rigidized" and check conjugation/comparative form for "rigidized". Mastering all the usages of "rigidized" from sentence examples published by news publications.
"The exterior of the bus will be partially covered in Rigidized Metals and the bus wrap is being designed by artist Phillip Stearns," Marler says.
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Rigid-flex circuits are a hybrid construction flex circuit consisting of rigid and flexible substrates which are laminated together into a single structure. Rigid-flex circuits should not be confused with rigidized flex constructions, which are simply flex circuits to which a stiffener is attached to support the weight of the electronic components locally. A rigidized or stiffened flex circuit can have one or more conductor layers. Thus while the two terms may sound similar, they represent products that are quite different.
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More recently Kukulka has experimented with tubular manipulation of various metals for thermal-industrial needs. His work with Rigidized Metals of Buffalo, New York, headed by legacy owner Richard Smith, to creative solar water ferries for the Buffalo Harbor and his other accomplishments include working with ExxonMobil and Coca-Cola to reduce product to market costs for consumers. Kukulka also consulted on the new design of the Technology Building at Buffalo State College.
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The continents on the sphere are fabricated with a special texture-pattern by Rigidized Metals Corporation. The Unisphere is tilted at an angle of 23.5 degrees, which is the Earth's normal tilt. Three large orbit rings of stainless steel encircle the Unisphere at various angles. These orbit rings are believed to represent the tracks of Yuri Gagarin, the first man in space; John Glenn, the first American to orbit the Earth; and Telstar, the first active communications satellite.
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Sunjammer Solar Sail It had been long theorized that solar sails could reflect photons streaming from the sun and convert some of the energy into thrust. The resulting thrust, though small, is continuous and acts for the life of the mission without the need for propellant. In 2003, LGarde, together with partners JPL, Ball Aerospace, and Langley Research Center, under the direction of NASA, developed a solar sail configuration that utilized inflatable rigidized boom components to achieve 10,000 m2 sailcraft with a real density of 14.1 g/m2 and potential acceleration of 0.58 mm/s2.
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LGarde engineers later advanced the readiness level of the inflatable planar support structure for the gossamer antenna system with additional design, analysis, testing, and fabrication of an inflation-deployed rigidized support structure for the waveguide array. Going into 2002, LGarde was developing polyurethane resins for a 3-ply composite laminate that could be used in the fabrication of rigidizable structures suitable for use in space. In a paper submitted to the American Institute of Aeronautics and Astronautics (AIAA), engineers found that such composites can be used to fabricate ultra- lightweight deployable rigidizable structures for space applications and that polyurethane was chosen because it could become rigid when exposed to the low temperatures of space. The paper goes on to observe that under NASA's SSP program (Space Solar Power Truss), a 24-foot long inflatable-rigidizable truss using polyurethane composites withstood a compression load of 556 pounds, 10% above its designed compression strength while reducing mass of comparable mechanical structures by a factor of 4.
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