Reddit Reddit reviews Space Shuttle: The History of the National Space Transportation System The First 100 Missions

We found 8 Reddit comments about Space Shuttle: The History of the National Space Transportation System The First 100 Missions. Here are the top ones, ranked by their Reddit score.

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Space Shuttle: The History of the National Space Transportation System The First 100 Missions
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8 Reddit comments about Space Shuttle: The History of the National Space Transportation System The First 100 Missions:

u/fabulator · 5 pointsr/space

If you are interested in how the STS concepts developed over time I highly recommend this book:
http://amzn.com/0963397451
I have never found its match for detail and process anywhere. For instance, this was the North American/Convair concept from the phase B study issued in 1970. The next page has some internal tankage layout and some other design options, including fold-out wings. The book is amazing.

u/mkisoiwiwk · 3 pointsr/space

If you are interested in how the STS concepts developed over time I highly recommend this book: http://amzn.com/0963397451 I have never found its match for detail and process anywhere. For instance, this was the North American/Convair concept from the phase B study issued in 1970. The next page has some internal tankage layout and some other design options, including fold-out wings. The book is amazing.

u/jardeon · 3 pointsr/space

It's a little beyond my expertise to measure the danger level in a particular plan, what I could say is that the launch was a much, much riskier time for the shuttle than landing, with one notable exception in 2003. But Columbia's disintegration on re-entry stemmed from damage it sustained on liftoff. The design of the shuttle, particularly of the various forms of thermal protection systems (TPS: tiles, blankets, reinforced carbon-carbon) made re-entry from low-earth orbit based speeds as safe as it could, but the pressure generated from compressing the air in front of the body of the shuttle so rapidly meant there was little to no margin for error in the TPS on re-entry -- any hole, tear, imperfection could magnify danger to the point where the shuttle could be (and in that one instance, was) destroyed.

The wings actually have no purpose during launch, though, and the shuttle comes back with very little fuel (by design, they used all the SSME fuel at launch, and nearly all the OMS fuel on-orbit and for de-orbit). A smaller version of the shuttle could have flown without those big delta wings (and will, check out Sierra Nevada's DreamChaser spacecraft). The big wings were dictated by an Air Force requirement: 1,000 mile cross range capability. By design, the shuttle could launch south out of Vandenberg Air Force Base in California into a polar orbit, deploy a sensitive payload in space over Russia, then return and land in California, all in one orbit. The only problem is that the earth is spinning underneath the shuttle while it's doing that; one orbit later, California has moved a significant distance to the east!

So the 1,000 mile cross range meant that the shuttle could make its re-entry and steer/glide itself all the way back to California, counteracting the distance imparted by the rotation of earth itself. In reality, the shuttles never flew polar orbits from California, and the wings were really only used during the shuttle big S-turns to bleed off speed on approach, if I remember correctly.

But what you're mentioning above about the axis of entry; the shuttle was designed to re-enter from LEO speeds, and could not have survived a deep-space (or even far earth orbit / lunar orbit) re-entry, as the thermal systems would not have been up to the task of handling the additional heat generated by re-entry.

If you have some loose change in your pocket and want to learn a LOT more about the design, construction and operation of the Space Shuttle system, check out this book Probably the thickest, most dense scientific/engineering overview of the whole process from beginning to operation.

NASA's own "Wings In Orbit" is also an amazing book (I'm lucky enough to have a hardcover version of it) that's available for free online as a series of downloadable PDFs. While it's not quite as in-depth as the Jenkins book, it'll definitely give you a great picture of the Shuttle and how it works.

And finally, and slightly more tongue in cheek, the Hayes repair manual people licensed their automotive repair book style for this Space Shuttle Owners Manual which is another phenomenal book on the Shuttle.

u/celibidaque · 3 pointsr/space

Apart from Wings in Orbit mentioned by /u/Lars0, here's my list:

  • Wheels Stop, by Rick Houston from University of Nebraska Press. Available from Book Depository as well. More on the historic side of things. Here's a good review of it.

  • Space Shuttle: The History of the National Space Transportation System The First 100 Missions, 3rd Edition by Dennis R Jenkins is also an awesome read, available from Amazon. Great details about operations and shuttle's subsystems.

  • NASA Space Shuttle Manual: An Insight into the Design, Construction and Operation of the NASA Space Shuttle (Haynes Owners Workshop Manuals) by David Baker is also nice to have in your library.
u/hapaxLegomina · 3 pointsr/nasa

Okay, for sci-fi, you have to get The Culture series in. Put Player of Games face out.

I don't read a lot of space books, but Asteroid Hunter by Carrie Nugent is awesome. I mostly have recommendations for spaceflight and spaceflight history, and a lot of these come from listeners to my podcast, so all credit to them.

  • Corona, America's first Satellite Program Amazon
  • Digital Apollo MIT Books
  • An Astronaut's Guide to Earth by Chris Hadfield (Amazon)
  • Capture Dynamics and Chaotic Motions in Celestial Mechanics: With Applications to the Construction of Low Energy Transfers by Edward Belbruno (Amazon)
  • Mission to Mars: My Vision for Space Exploration by Buzz Aldrin (Amazon)
  • Red Mars trilogy by Kim Stanley Robinson (Part 1 on Amazon)
  • Von Braun: Dreamer of Space, Engineer of War by Michael Neufeld (Amazon)
  • Space Shuttle by Dennis R Jenkins (Amazon)
  • The History Of Manned Space Flight by David Baker (Amazon)
  • Saturn by Lawrie and Godwin (Amazon)
  • Lost Moon: The Perilous Voyage of Apollo 13 by Lovell (Amazon)
  • Failure Is Not an Option: Mission Control From Mercury to Apollo 13 and Beyond by Gene Kranz (Amazon)
  • Space by James A Michener (Amazon)
  • Encounter With Tiber by Buzz Aldrin and John Barnes (Amazon)
  • Ascent to Orbit: A Scientific Autobiography by Arthur C Clark (Amazon)
  • Fundamentals of Astrodynamics by Bate and White (Amazon)
  • Space Cadet by Robert Heinlein (Amazon)
u/battlehawk4 · 2 pointsr/spaceflight

There was an idea at one point to make the shuttle fly back to Florida from CA with jet engines mounded in the payload bay. It's tricky because these would need to be immensely powerful engines, and the shuttle is pretty poor aerodynamically (aka it falls like a rock). The 747 that eventually carried it has a better glide slope. But anyway, with enough thrust anything can fly it's just a mater of how fast and far you want to go.

For more info than you could ever use, this book is amazing: http://www.amazon.com/gp/aw/d/0963397451?pc_redir=1410487668&robot_redir=1

u/Kellymcdonald78 · 1 pointr/space
u/Chairboy · 0 pointsr/startrek

Not according to Jenkins' shuttle, first edition. The hull design was changed enough that two years later they actually made the decision. Provide a citation if you have one, that'll be a big change that contradicts reams of data.

Edit: Here's the book: http://www.amazon.com/gp/aw/d/0963397451