Elmer's Engines


Book Description







Step by Step Metalwork


Book Description




Cherry's Model Engines


Book Description

Model engineering is generally considered to be a man thing, as men in sheds everywhere don overalls and shape metal into models. But arguably the world’s greatest model engineer, Cherry Hill, is, in fact, a woman. And the word ‘models’ hardly does justice to what she produces. For the past several decades Cherry has created scaled-down versions of traction engines – and not just run-of-the-mill types, but elaborate Victorian flights of fancy.Extensive research and meticulous design are the secrets of her success. She has created almost twenty models over the sixty-year period since her father gave her an old lathe from the workshop of his agricultural machinery business. One of the most impressive aspects of Cherry’s work is that all her engines are fully working and what comes out of her workshops in Worcestershire and Florida is perfection, both in terms of design and craftsmanship. Every last part, even tiny chain links, is made in the workshop from metal stock. No parts are bought in.Once completed, all her models are given away: early ones to friends and family and later ones to the Institution of Mechanical Engineers. Each model typically occupies 7,000 hours’ work, and Cherry’s staggering efforts have been rewarded with the highest honours, including nine gold medals and an MBE from the Queen for Services to Model Engineering. Here, for the first time, the fruits of her illustrious career are displayed in all their intricate glory for your inspiration and enjoyment.




Model Steam Engines


Book Description

Model engineering was popularized by pioneering steam enthusiasts, and rapidly grew into an exciting worldwide hobby for amateur engineers. This book describes how model steam engines work, outlines the development of the machine tools used to build the models, and investigates the seven different categories of model engines, which include models built to support patent applications, and those built purely for pleasure. The author, himself a model steam locomotive driver, also delves into the possible pitfalls and practicalities of scale model engineering. Generously illustrated, this is guaranteed to interest any aspiring engineer, as well as collectors of steam engines.




Stirling Engine Design Manual


Book Description

For Stirling engines to enjoy widespread application and acceptance, not only must the fundamental operation of such engines be widely understood, but the requisite analytic tools for the stimulation, design, evaluation and optimization of Stirling engine hardware must be readily available. The purpose of this design manual is to provide an introduction to Stirling cycle heat engines, to organize and identify the available Stirling engine literature, and to identify, organize, evaluate and, in so far as possible, compare non-proprietary Stirling engine design methodologies. This report was originally prepared for the National Aeronautics and Space Administration and the U. S. Department of Energy.




Simple Workshop Devices


Book Description

This addition to the highly-acclaimed Workshop Practice Series features unique methods and devices created by the author to reduce frustration in the small-scale engineering workshop and create more accurate work in simple ways.




Flame Ignition


Book Description

Flame Ignition is a 800 page history of early internal combustion engines built from 1800 to 1900, thoroughly documenting the different types of designs existing during that era. Highlights of the book are chapters that include: Non-Compression Direct-Acting and Atmospheric engines, Non-Compressing Toy engines, Two-Stroke, Four-Stroke, Six-Stroke, Compound and Constant Pressure types.The author included much information on the efforts of the early I. C. engine designers, and the problems they faced. Each of the 8 chapters gives a history of the designs covered, and then the actual engines developed are discussed in alphabetical order. The engines covered all feature flame ignition, although other significant designs are discussed as they relate to the story of flame ignition. Each chapter contains many period engravings, test data, specifications, and full color photos of existing examples.Chapters include non-compression engines including Sombart and Forest designs, toy engines, such as Paradox, Atmospheric engines including the famous Otto and Langen design, two stroke engines like Clerk, four stroke engines including Deutz and Crossley, six stroke engines, compound engines, and constant pressure engines. Highlights of these chapters include an in-depth discussion of Brayton's constant pressure engines, rarely seen prototypes from Otto, and many unusual designs that are only known from ancient advertisements or the odd existing example. Patent drawings and explanations of operating sequences are included for all engines covered. An extensive chapter covers the early activity of the Gasmotoren-fabrik Deutz and Crossley 4 cycle engines, which were the direct ancestors of all 4-stroke cycle engines. Other chapters, including 2-stroke and six stroke engines, illustrate the extents to which early inventors would go to get around the Otto 4-stroke cycle patents, and the wealth of designs that were made possible when the patents were nullified. Also included is an appendix full of valuable information, covering topics such as a global registry of existing flame ignition engines, both in museums and in private hands, as well as test data.