Love Valkyrie? Readers share 81 books like Valkyrie...

While scientists in Germany and the U.S. studied aerodynamics and compressibility in wind tunnels long before WW II, no one had “broken the sound barrier” in level flight. Some thought it actually was a barrier to faster flight. Of course, many WW II fighter pilots wanted to be the one to break it. 

On October 14, 1947, the Bell X-1 Glamorous Glennis, piloted by U.S. Air Force Captain Charles E. “Chuck” Yeager, became the first airplane to fly faster than the speed of sound, reaching 1,127 kilometers (700 miles) per hour (Mach 1.06). Peter Davies traces the Bell X-1, from its early development through to the influence it had on military and civilian jets in the second half of the 20th century. Someday, the average airline passenger will experience a supersonic flight.

This book describes the very beginning of experimental flights at the Muroc Bombing and Gunnery Range. When the U.S. entered WWII, it began looking for an isolated location to conduct flight testing of Top-Secret aircraft. Muroc provided the ideal location for cutting-edge flight research on the turbojet revolution. 

After the end of the War in 1946, however, a new type of research activity designed to explore the most challenging unknowns of flight began. This was the dawn of the “X-Planes.” Today, this place is called Edwards Air Force Base.

This book is written by someone who really knows the program and the Mach 3 airplane. Milton O. Thompson, a pilot active in the X-15 program from beginning to end, tells the dramatic story of one of the most successful research aircraft ever flown. I personally have met three of the 12 X-15 pilots: Neil Armstrong, Joe Engle (both from my NASA days), and Scott Crossfield, whom I met at an Experimental Aircraft Association meeting.

The book not only describes the aircraft, the flights, and the pilots but the NACA Langley Research Center’s wind tunnel work on aerodynamic heating and transfer, stability and control, and hypersonic turbulent boundary layer data for aircraft performance.

The book starts with the second flight; he has already broken the sound barrier. His writing style grabs you. After his WW II experiences, he knows that he is in a very dangerous business: that of a test pilot. In 1953, he flew a Russian MiG that had fallen into U.S. hands, being the first American to do so. That December, he set a new speed record, pushing past Mach 2 in a Bell X-1A. 

Every pilot knows about this national hero. This book also describes his many commands and his role in training the astronauts as head of the Air Force Aerospace Research Pilot School. At 89, he flew past Mach 1 again to celebrate the 65th Anniversary of his breaking the sound barrier

With a razor sharp eye Wolmar (author of many other excellent books on railway history) concentrates his focus on the machinations of the establishment of the world's first railway built under the ground. Overcoming the travails of unbuilt fantasy concepts, the Victorians fear of the dark, finances and the problems of running steam trains in tunnels, London's City Solicitor Charles Pearson, managed to get the first route, the Metropolitan Railway, built and opened by January 1863. Wolmar unpicks the struggles to expand the line, private capitals, a rush to build more lines and the eventual nationalisation of the system in 1948.

Eldon Hall led the development of the Apollo Guidance Computer, that one-cubic-foot device with 76kb of memory that navigated, guided, and controlled each of the Apollo spacecraft — the machine that I helped program. His book is both a detailed description of the Apollo computer and a history of its development. The most dramatic chapter chronicles the bold decision to use integrated circuits in the design of the computer — all of the same type, to encourage the vendor to keep making them — although that technology was then anything but reliable. 

The most comprehensive history of the American baseball stadium ever produced, and one that could only have been written by Paul Goldberger, America’s preeminent architectural critic. Unlike many of his brethren, Goldberger’s writing has always been clean, clear, and blissfully jargon-free, and his historical tour of ballparks from their inauspicious 19th century beginnings to the retro pleasure-and-marketing palaces of our own time is authoritative and wonderfully readable. 

This is an oldie but goodie. It speaks to our own love of simple structures, designed to get you out in nature. The illustrations are simpler but fit in very well with the language of the era, and the personal philosophy of the author. There are floor plans, cabin renderings, and many smaller illustrations of the tools and furnishings that might go into a simple cabin. It is more than a how-to book. It is a celebration of cabin-living writ large. 

As an open space, garden, or park ‘open to and maintained by or for the public,’ the notion of the public park is primarily a Western concept that is interpreted and translated variously in different cultures.

I like this book because it links policy in the USA to the design of public parks and provides four typologies in its development from the mid-nineteenth century onwards. While I have not made much use of these typologies since they apply particularly to that American context, it has inspired me to look deeper into how what we do is directed by policies and how our designs reflect politics.

A nonfiction book in rhyme for the very young, Roadwork does double duty as a fun read-aloud with plenty of Onomatopoeia (Bump! Whump! Whop!) and an educational book about the road building process. The book takes readers all the way from planning the road and marking it on the map to planting trees, installing signs, and celebrating a job well done. (Toot! Honk! Vroom!) Kids will love the colorful illustrations–especially all the trucks–and even parents might learn a thing or two about how we build our roads. A page of “Machine Facts” towards the back of the book describes each truck or tractor seen throughout the book and gives a quick explanation of what the machines do.