By Rudolph X. Meyer
This ebook is written for an introductory direction in area know-how. it truly is meant for senior or graduate point aerospace engineering scholars engineers looking a radical realizing of the aerospace features of area structures. As such it specializes in the first physics and engineering basics essential to comprehend and layout house dependent platforms. The publication doesn't comprise the fundamentals of spacecraft electronics, simply because this is often coated in lots of structures and electronics books and is usually lined in follow-up classes.
* Derived from the author's thirty years of expertise within the aerospace and several other years of college instructing experience
* greater than a hundred thirty illustrations
* complicated topics and difficulties indicated via asterisks(*)allow the reader and the trainer to forget subject matters with no wasting continuity
* All chapters correspond to the engineering subdivisions generally present in the aerospace industry
* contains usa and overseas technologies
* vast appendix of significant facts, now not simply situated in different sources
* The publication doesn't contain the fundamentals of spacecraft electronics
Read or Download Elements of space technology PDF
Best astronautics & space flight books
Advanced Space Propulsion Systems
Area propulsion platforms have an outstanding impact on our skill to commute to different planets or how affordable a satellite tv for pc delivers television courses. This publication presents an updated assessment of every kind of propulsion structures starting from classical rocket expertise, nuclear propulsion to electrical propulsion structures, and extra to micro-, propellantless or even step forward propulsion, that is a brand new application less than improvement at NASA.
Chaos in Attitude Dynamics of Spacecraft
Angle dynamics is the theoretical foundation of perspective keep watch over of spacecrafts in aerospace engineering. With the improvement of nonlinear dynamics, chaos in spacecraft perspective dynamics has drawn nice cognizance because the 1990's. the matter of the predictability and controllability of the chaotic perspective movement of a spacecraft has a pragmatic value in astronautic technological know-how.
Mars Rover Curiosity: An Inside Account from Curiosity's Chief Engineer
The firsthand account of the pains and tribulations of engineering one of the main complicated items of area expertise, the Mars Rover interest, through its leader engineer Rob ManningIn the process our enduring quest for wisdom approximately ourselves and our universe, we have not came across solutions to at least one of our so much primary questions: Does existence exist at any place else within the universe?
- Physics Reports vol.44
- Fundamentals of Space Medicine (Space Technology Library)
- Libration Point Orbits and Applications: Proceedings of the Conference Aiguablava, Spain 10 - 14 June 2002
- At Home in Space: The Late Seventies into the Eighties
- Tactical Missile Design (AIAA Education Series)
- Space Enterprise: Living and Working Offworld in the 21st Century (Springer Praxis Books Space Exploration)
Extra resources for Elements of space technology
Example text
As is readily shown, the angle 0 between the two vectors is given by cos 0 - cos ieq/sin 0, where ieq is the inclination of the orbit relative to the equator. As an example of the aerodynamic forces in the earth's upper atmosphere, Fig. S. Space Shuttle Orbiter. At the range of altitudes shown, the atmospheric density decreases by about a factor of 10 for each 100-km increase in altitude. Free molecule flow in the case of the Orbiter applies down to about 280 km. Below this altitude, the regions of "transition flow" and "slip flow" apply.
2, gives s o m e insight into the relative m a g n i t u d e s of the terms. The table applies to the p o i n t w h e r e a s p a c e c r a f t t h a t orbits the earth at an altitude of 300 k m crosses 45 ~ n o r t h latitude. The effect o f t h e e q u a t o r i a l bulge or flattening o f t h e e a r t h on the m e r i d ional gravitational c o m p o n e n t is evident. 2 Thrust centripetal acceleration is of the same order of magnitude as the radial and meridional gravitational corrections to the spherically symmetric earth.
Carbon dioxide is the principal constituent ofthe atmosphere of Mars. Helium becomes important in the earth's atmosphere above 400 km. Currently available data on properties such as density and temperature in the upper atmosphere (the t h e r m o s p h e r e and the exosphere) of the earth are subject to considerable uncertainties. To some extent, the data d e p e n d on the type of experimental m e t h o d that is being used. There are strong variations that d e p e n d on the solar flux in the extreme ultraviolet and hence are synchronous with the 11-year solar cycle.