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Hull Stress Delta 7

EA Martinez MLD on Wednesday, January 8, 2020 7:59 PM

Hydrostatic convulsions; The Class 7 Starship has the ability to move in space and the malleability to conform to space stress entanglement. The hydrogen barrier width built into the craft allows for stronger reinforcement without the extra weight. The hydrogen behind the glass is tapered to the rear of the ship, It starts off at 4 ft and slims to a point to the rear of the ship. The Starship has galaxy interaction capability. When traveling at Mach speeds between galaxies on center, there are hydrostatic convulsions in play. The ship moves and can distort in density. This is known as hydrostatic convulsions. The Hull is 180 ft in length and 52.18 ft in width. The stress points are the front of the ship and entangle the refuge of space with a flex at the nose of the ship. The upper portion is flexed to a breaking point. This extreme stress is a flex stream of hydrogen on the ceiling of the Starship. Its encased in glass and adds the barrier width to the hull in strength. Its strength in the aluminum is enhanced by 41 percent. A Hydrogen Foil acts like a barrier to the metal and collapses the strontium in the metal. This reaction creates a more flexible and malleable contortion. As the wings spring back do the forces in catapult delta the hull is strengthen in the climax delta of the exercise. When the Ship slows down the wings revert back to their original strain. Hydrogen is a barrier width, it can strengthen the hull and create a virtual delta to the convex alpha secursion. The complex alpha signal in strength is capillary ,but distress is in the convulsion of the metal. Hydrogen pollutes the metal compound delta and allows for movement. Hydrogen eliminators are convex to the barrier width in the ceiling and can recharge the inference in delta before a jump to mach is elicited. The glass oversight is to insure enough hydrogen is being applied. If the glass breaks more hydrogen is to be added in the inference of a mach jump. The capillary reaction to the hull has value in that before all is said and done the culvert is the glass and the compile of hydrogen is maxed in delta before any Mach Jump is expected. The breech is convulsive and the density should be reevaluated for any Mach Jump. The barrier width is under vacuum and cracks are checked often. Hydrogen under vacuum is alta .00418 over in deluge. The glass never falls only crakes. The mission requires the inspection of the glass before any Mach Jump. A clear convex is attribute delta and allows for the reaction to the hull to be administered. 4477281.4 over.

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