100 Books Like Men of Iron

What really attracted to me about this book was Jenny Uglow’s ability to bring the eighteenth century alive in her biographies of five men – Josiah Wedgwood, Mathew Boulton, James Watt, Eramus Darwin, and Joseph Priestley – who met every month near Birmingham when the moon was full (so that they could see their way home).

These men genuinely transformed the world with their discoveries that created and powered the first factories and revolutionized our understanding of the natural and chemical worlds. For some reason I always remember Uglow’s description of Wedgwood, who invented the process for mass producing china, being so scientifically curious that he insisted on sitting up to watch his own leg being amputated.

This book is a wonderful, personal introduction to the English Enlightenment.

James Brindley built the core elements of Britain’s canal system, which halved the coal price in several industrial cities.

He began as the son of an impoverished rural farmer, then apprenticed to a millwright, before setting up as a craftsman-engineer. Granville Leveson-Gower, 2nd Earl Gower hired him to survey a potential Trent and Mersey Canal, before introducing him to his brother-in-law Samuel Egerton, 3rd Duke of Bridgewater who wanted to connect his Worsley coal mines to Manchester.

Corble’s book centres on the Bridgewater Canal, which Brindley surveyed, developing new “puddling” techniques to seal the bottom. Brindley then used the Bridgewater Canal as a demonstration project for his much larger “Grand Cross” canal system, connecting the Severn, Trent, Mersey, and Thames rivers.

With Gower’s help, Brindley got Parliamentary authorization, raising capital from local landowners and country banks. Brindley’s Grand Cross became a gigantic infrastructure leap forward, kick-starting the Industrial Revolution. 

Josiah Wedgwood (1730-95) was a pioneer in the many non-steam-engine aspects of the Industrial Revolution.

Descended from a long line of low-end potters, Wedgwood specialized in design, then joined the high-quality pottery of Thomas Whieldon before in 1759 setting up his own business in pottery. Wedgwood was an excellent chemist, discovering several new glazes that revolutionized the pottery business.

He was also a superlative marketer, using a sale to Queen Charlotte to market “Queen’s Ware,” marketing “Etruscan” pottery with a specialized glaze to fulfil a mania for Etruscan art following new discoveries and opening a London showroom to attract wealthy patrons – he pioneered the production of chinaware for display as well as for use.

His “Etruria” works opened in 1771 beside the new Trent and Mersey Canal, which revolutionized pottery transportation, reducing breakages. Dolan gives a lively account of this multiple innovator, whose business survives today.    

The Industrial Revolution required machine tools, and machining tolerances far tighter than those prevailing in 1700.

That revolution was chiefly the result of Joseph Bramah and Henry Maudslay. Bramah designed an improved water closet and invented the hydraulic press.

He discovered the need for replaceable parts and tight tolerances after building a complex Challenge Lock, which became commercially viable after Maudslay enabled him to manufacture it in quantity – the Bramah Locks business still exists today.

Maudslay left Bramah in 1797, becoming the pioneer of the machine tool industry, inventing the screw-cutting lathe, the bench micrometer, and the table-top steam engine, as well as the steam dredger.

He was also responsible for the Portsmouth Dockyard Block Mills, a Royal Navy facility that used a production line, two steam engines, and 45 specially designed machines to make 130,000 pulley blocks in 1808 – the world’s first true mass production. 

This novel was a massive influence on me. Rutherfurd takes the city of London as his subject, and follows the life of the city through the centuries, taking in Celts, Romans, Anglo-Saxons, Normans etc…right through to modern times. I don't have quite such a huge canvas in my book, but I do follow a series of historical events in a manner which is somewhat reminiscent of Rutherfurd. Rutherfurd takes you on a wonderful journey. 

Most of us think air pollution's a relatively recent problem that started back in the Industrial Revolution, but as Peter Brimblecombe demonstrates in this wonderfully readable book, it's a much older problem with deeper roots, linked to broader trends in how humans have used and abused the planet. I generally hate history, but I loved this book: it's superbly scholarly but also riveting and well-written, and tiny telling details make what could have been a very dull subject really fascinating. It was originally published in 1987, so it doesn't cover recent history, but it's still worth reading nevertheless.

There are many books on individual London stations but this is by far the best. It explains the architectural background to the station as well as the story of why two major and rival railway stations were built next door to each other.

Published in 1970, it’s a touchstone crime novel for all writers wanting to explore the small towns and cities of the industrial north. Leaving London to return home to Scunthorpe, Jack Carter is a man on a revenge mission and wants to know who murdered his brother. With a keen eye for social attitudes and lives in a one-horse town, the novel transcends the page, and under the title of Get Carter, it gives us one of the great crime films of the 20th century. More than that, the novel’s Humber setting taught me I could also write about my neglected home city of Hull.

Much of the literature about British scientific instrument making focuses on the London trade. This book explores the history of British provincial instrument making from the late 18th century to the mid-19th century. A.D. Morrison-Low places this trade in the context of the London market, as well as examining the social and economic factors, the origins of the provincial trade, the nature of their market, and how industrialisation impacted the instrument makers. A substantial appendix contains a directory of the provincial makers, their addresses, and business successions. This is not only an in-depth and interesting historical account, it’s also a valuable reference.

Using the modern view of science, many economic historians have sought to diminish the effects of science on the technologies in the 18th and 19th centuries. This wonderful book by a sociologist documents how science, as it was then practiced, pervaded the whole structure of British society, from preachers teaching that Newton had revealed the architecture that God had imposed during creation, to a journal teaching Newtonian science to women. As Jacob puts it: “The role of science…was not that of general laws leading to the development of specific applications. Instead it…[provided] the theoretical mechanics and the practical mathematics that facilitated technological change. Brought together by a shared technical vocabulary of Newtonian origin, engineers and entrepreneurs…negotiated…the mechanization of workshops or the improvement of canals, mines, and harbours.