PPT-Challenges of hypersonic air-breathing flight

Dr David M Birch Head Flow Control Research Group Technical Director Surrey Sensors LLC Access to space Getting there is 90 of the problem Ariane 5 775 tonnes Rosetta probe 15 . Newborn babies naturally breathe this way and singers wind instr ument players and yoga practitioners use this type of breathing Why is calm breathing important Our breathing changes when we are feeling anxious We tend to take short quick shallow br NPTEL Aerospace31.2.1 HeatersCondensation free hypersonic expansion of air requires high stagnation temperatures as per the Mach number attained in the test section. In the conventional hypersonic t Rocket Power and Air. Breathing Propulsion. Presented to . Iowa . State University. Aerospace Engineering . Department. October . 17, 2013. Ames, Iowa. Ming Tang. President. High Speed Technology Venture. Orthopnea. – breath better sitting up. Hyperpnea. – Deep breathing. Hypopnea. – Shallow breathing. Tachypnea. – Rapid Breathing. Dyspnea. – Labored Breathing. Hyperventilation – a breathing pattern resulting in a lowering of the PaCO. Dr. . David M. Birch. Head, Flow Control Research Group. Technical Director, Surrey Sensors LLC*. Access to space. Getting there is 90% of the problem.. Ariane. 5. 775 . tonnes. Rosetta probe. 1.5 . WHY WE NEED TO DEFINE LIMITS. THE MANOEUVRING ENVELOPE . DESIGN DIVE SPEED. MANOEUVRING AND ROUGH AIR . GUSTS AND LAUNCHING STRESSES. PLACARD LIMITS. ALTITUDE. FLAPS / AIRBRAKES. THE FLIGHT ENVELOPE. Beth Payne, PhD. Postdoctoral Fellow, UBC. My idea for research: can an app for guided belly breathing to reduce anxiety in children be adapted for use by pregnant women?. Mobile phones are available, familiar, powerful. The process of inhaling and exhaling oxygen from the lungs. Every inhale brings life-sustaining oxygen into every part of the body. Oxygen travels into the blood vessels in the lungs & travels throughout the body. Joseph A. Del Corso. Stephen Hughes, Neil Cheatwood, Keith Johnson, Anthony Calomino. IPPW-12 Presentation. June 16, 2015. HIAD Context. Technology Background (Historical Context). Future Flight and Developments Path. Matt Salem. OPTI 521. 3rd Dec. 2016. Background. Hypersonic Flight is currently receiving a lot of attention from NASA and the military. Applications include:. Space Shuttles. High Speed Aircraft. Guided Missiles. Dr. Andrew Ketsdever. Assistant Professor. Department of Mechanical and Aerospace Engineering. University of Colorado at Colorado Springs. aketsdever@eas.uccs.edu. http://. eas.uccs.edu/aketsdever. Technology Requirements.  Apnea: cessation of breathing . . Dyspnea. : Difficulty breathing. . Bradypnea. : abnormally decreased rate of breathing. . Hyperpnea. /. Tachypnea. : abnormally increased rate of breathing . Flight Planning. Factors to be discussed in flight planning:. Selection of photo scale:. * Flight direction - . Flying Height and Camera focal length. * Overlap for stereo viewing and complete coverage. Since the dawn of heavier-than-air flight and the discovery of the three axis flight control network, airplanes continue to employ the three primary controls: elevator, aileron, and rudder. . It should be noted that the same control inputs used by the pilot to fly small airplanes are used to control large aircraft..