1881—Special Agent Gillian Hamilton is a magic caster with the Federal Bureau of Magic and Steam. He’s sent to Shallow Grave, Arizona, to arrest a madman engineer known as Tinkerer, who’s responsible for blowing up half of Baltimore. Gillian has handled some of the worst criminals in the Bureau’s history, so this assignment shouldn’t be a problem. But even he’s taken aback by a run-in with the country’s most infamous outlaw, Gunner the Deadly. Gunner is also stalking Shallow Grave in search of Tinkerer, who will stop at nothing to take control of the town’s silver mines. Neither Gillian nor Gunner are willing to let Tinkerer hurt more innocent people, so they agree to a very temporary partnership. If facing illegal magic, Gatling gun contraptions, and a wild engineer in America’s frontier wasn’t enough trouble for a city boy, Gillian must also come to terms with the reality that he’s rather fond of his partner. But even if they live through this adventure, Gillian fears there’s no chance for love between a special agent and outlaw. Based on the short story, "Gunner the Deadly." Entirely revised, newly expanded, and Book One in the exciting new steampunk series, Magic & Steam. Also available as an audiobook! Magic & Steam series reading order: #1 The Engineer #2 The Gangster #3 The Doctor Keywords: gay romance, steamy, opposites attract, law enforcement, vigilante, gilded age, big city, mad scientist, cogs, magic, mm romance, wild west, partners-in-crime

Ken Gibbs tells the history of the engineering triumph that is a steam locomotive from the 1800s to the 1960s showing how each development changed the course of history.

This clear, easy-to-follow handbook is a useful resource for engineers, architects, and plant operators. A one-stop reference for beginners and advanced readers alike, it describes industrial steam systems design and operation in simple steps. The book explains the system fundamentals, system setup, and required equipment, building, mechanical, and other code requirements, and details the execution of a sample project. It also explains the equipment operation principle and describes best design practices for system setup, piping and instrumentation, equipment sizing, pipe sizing, and equipment selection.