Fans pick 100 books like Basic Engineering Thermodynamics

This is not an engineering book per se, but one written by an engineer/fighter pilot in WW2. His aircraft was a Hawker Tempest, one of the last and fastest piston-engined fighters. The following quote describes his final flight before demobilization and shows his deep love for the engineering marvel that he flew:

“And in that narrow cockpit I wept, as I shall never weep again, when I felt the concrete brush against his wheels and, with I great sweep of the wrist, dropped him on the ground like a cut flower. 

As always, I carefully cleared the engine, turned off all the switches one by one, removed the straps, the wires and the tubes which tied me to him, like a child to his mother. And when my waiting pilots and my mechanics saw my downcast eyes and my shaking shoulders, they understood and returned to the Dispersal in… show more.

As the title suggests, an engineer’s biography. But Nevil Shute was more than an engineer. He was an entrepreneur, starting his own aircraft manufacturing company, and a famous novelist, still in print today. But Slide Rule remains for me his masterwork, describing as it does the design and building of airships in the 1930s. 

It is a fascinating book about a technology that no longer exists. The design challenge was in creating a vehicle that, although made of metal, had to float in the air. This was achieved by making it very big, displacing the air inside it with a lighter-than-air gas, so that it could lift those pieces which had to be made of metal as well as a payload of persons or freight.

The design challenges were awesome. The metal parts, particularly the huge metal rings that formed the outline of the ship, had to be optimised for… show more.

This is another motivational book, once again about aircraft, this time about research into supersonic flight when this was still a dangerous undertaking in the 1950s. The following quotation shows once again, as in the case of Clostermann’s book, that engineering has an emotional side. Here the pilot Bridgeman talks about the engineers who analyse the flight data that he brings back after every flight: 

“The engineers and men in the Skyrocket programme viewed the plane with some kind of undefinable emotion: they not only took their work seriously – they lived it. Every murmur from the ship was cause for their undivided attention and interest. It was a form of dedication I have rarely seen – a devotion to work that was almost akin to love; and to feel this devotion unconsciously tapped an intuitive understanding within me. It intensified the ever-growing feeling of responsibility not only toward myself… show more.

This was the book that set me on the path to becoming a Reliability Engineering specialist. (Reliability Engineering being a subset of Mechanical Engineering). This book was my first exposure to reliability engineering lore, covering subjects such as the Weibull Distribution and the probabilistic approach to engineering reliability. To design and manufacture an engineering system is one thing – how to make it reliable enough to last for its projected lifetime is another. More emphasis is now being placed on these aspects of the engineering life cycle – the operation, maintenance, and divestment phases. This approach has sometimes delivered systems an order of magnitude more reliable than their 20th Century forebears.

This best explains why the dominant ideas in the popular version of science are wrong and why the right ideas make sense. Prigogine, a Nobel Laureate, and his colleague philosopher Isabelle Stengers show that the popular notions of the Second Law of Thermodynamics, time, and determinism don’t correspond to scientific observations.

These wrong notions lead to paradoxes that make it impossible for scientists to understand such basic phenomena as human consciousness, which makes all science possible. Instead, the authors lay out an evolutionary approach, validated by much research, that shows how time, evolution, and reality can be understood without mysticism.

In this compact hardback, physicist Jim Al-Khalili outlines in a straightforward way what he describes as the “three pillars of physics”. These don’t overlap much with the physics many of us will have done at school: they are relativity, quantum theory, and thermodynamics. Yet Al-Khalili shows how these three topics help us understand how everything works. In an approachable way, without a single equation, we get a feel for the power of physics. Al-Khalili’s personality and enthusiasm shine through.

Architecture is often referred to as an art and a science. This is a reasonably accurate statement in the abstract. In practice, we often assess architecture visually (artistically) and assume (hope) that the science is there (even if hidden). In fact, physics always has the last word.

Fire and Memory reminds us that thermodynamics matters and that buildings are essentially anti-entropic constructs. Who can resist a proposition such as “whether to use the wood to build a small shelter or as firewood for a bonfire. An entire theory of architecture is encapsulated in this simple question.” Or a chapter titled “Energy as the Currency of Nature.”

A must read for exploring the qualitative, cultural, and social sensations of heat and coolth and understanding the thermodynamics of building design that elicits ways that we use, remember, and care about the energy that provides comfort (or discomfort) for building occupants.

Often in our environmental systems courses, we ask students to write down their most memorable thermal experience. Responses range from very hot to very cold and include many contrasting events, such as skiing, then sitting around a campfire. Thermal Delight gives experience after experience for us to consider how our comfort might be tempered or enjoyed and sets the foundation for designing with climate.

As designers, should we make our buildings not-uncomfortable or make them delightful?

Indian engineers and technologists are among the most sought-after globally, particularly from the elite Indian Institutes of Technology that were originally modeled after MIT. The book traces India’s engagement with MIT from the 1880s to 2000 through the story of Indians who went to MIT to study and their contributions to engineering and industry back in India. It is a fascinating account of a few elite engineers but woven into it is a social, political, economic, and cultural history of modern India. 

Shelman is one of the Godfathers of indie zompoc. He was an early adaptor to the Amazon self-publishing model and his series, Dead Hunger, was one of the first I read. It starts at the beginning of the outbreak and covers the ups and downs over decades in the 10-book series. Great characters, compelling science, and heartfelt situations kept me reading. The villains were unique, the heroes were likable and funny and the story moves along quickly. There is lots of action and some over-the-top situations as the band of survivors try to stay alive and rebuild a life for themselves. Shelman narrates his own books (and many others) and is one of the absolute best voice actors I’ve listened to.