Alex Weiss – författare

This book describes how to make two vertical and two horizontal copper boilers with a capacity of less than three-bar litres. All four boilers are heated with liquid petroleum gas (LPG) contained in small refillable or disposable tanks. With over 285 colour photographs and diagrams, it includes the tools and equipment required, together with important safety considerations; how to work the various materials to make the necessary parts; step-by-step instructions on the technique of silver solder; the testing regime; a review of various sizes and shapes of gas burners and how to connect them; instructions for building replacements for the well-known Verto boiler, a vertical boat boiler, a portable-engine boiler and a Cornish boiler with Galloway tubes. Finally, there is guidance on the efficient operation and essential maintenance of steam boilers and safety calculations and a list of useful contacts.

This book covers the materials needed to make ceramic burners and explains how to silver solder them. It discusses LPG and holding tanks, as well as connecting pipework and electronic and mechanical automatic gas-control systems to monitor the boiler pressure. In addition, there is advice on how to set up, install and operate each burner to provide optimum heating to the boiler. A summary of the Boiler Test Code Volume 3 that applies to home-made gas tanks is included, together with a list of useful suppliers with their contact details. This book provides all the information you need to build and operate: three burners, with one variant, for boilers with 42mm, 35mm and 28mm horizontal flues; two round burners for vertical boilers with fire boxes; two different sizes of rectangular burner, with one variant, for use in horizontal water-tube or pot boilers and finally, one small round and one tiny oblong burner for use in Mamod and Wilesco boilers. The burners described are straightforward to make and simple to use to heat the water in boilers that meet the 3 bar litre limit in the UK Boiler Test Code.

A comprehensive guide dealing in detail with every imaginable aspect associated with the design, modification and construction of radio-controlled sports model aircraft powered by internal combustion or electric motors. The text helps the modeller who has built one or two kit model aircraft to progress from simple modifications to the creation of unique designs. The author deals with basic materials, essential aerodynamic considerations, the various constructional methods, the wide range of model configurations and size as well as a broad choice of power plants. The book finishes with tips on drawing plans, getting them published and safely completing the early test flights.

A complete and comprehensive guide to the popular hobby of radio controlled model aircraft, written with both the beginner and the experienced modeller in mind. It covers, in a logical order, every aspect from how to enter the hobby and choose the right model, engine and how to build a basic trainer model. It is full of useful information on materials and construction techniques. A significant part of the author's instruction deals with learning to fly. He covers both the essential and the advanced manoeuvres and aerobatics, and also more specialist areas such as electric flight, gliders, autogyros and helicopters, advanced models for aerobatics, pylon racing, ducted fan powered models and turbojets. Lavishly illustrated with amusing cartoons, detailed line drawings and informative photographs, the book examines every aspect of radio modelling in a simple and straightforward manner.

A comprehensive guide to the use of plastics in the many and varied fields of modelling. This book describes the various types and forms of plastics and details their useful characteristics, strengths and weaknesses. It also explains how to source them, how to work with them when making models and examines their applications in each of the many and varied branches of modelling: flying model aircraft; rockets; model power boats, yachts and submarines; model cars; plastic kits; scratchbuilt models of aircraft, ships, spacecraft and cars; figures for aircraft, boats, cars, fantasy games, military modelling or railway layouts; buildings for dolls, railways or wargaming; railway locomotives and rolling stock (7.5 inch to N gauge); Model engineering models and tools; electronics. Well illustrated with informative line drawings, instructive photographs and amusing cartoons, the book is a mine of information which explains why you might choose, or prefer to substitute, plastics for the more commonly used materials such as wood and metal. Alex Weiss has first-hand experience both of working in many different areas of modelling and of using the majority of the materials described.He has packed a lifetime of working with plastics into this concise and practical book.

This book describes the many varied materials used by model engineers in their workshops such as iron and steel, non-ferrous metals including aluminium, brass and copper, hard and soft woods and a number of engineering and other plastics. It also contains details about abrasives, adhesives, bearing materials, ceramics and refractory materials, coatings, electroplating solutions, fuels, gases, lubricants, pickles, polishing materials, sealants and solders. It provides an easy reference for those seeking the right material for the task or an item specified on plan. Packed full of useful information, the book is aimed at those who build model locomotives, traction, boat and stationary steam engines, oil, diesel, glow and petrol engines, gas turbines, artillery pieces, farming appliances, carriages and other road vehicles as well as those who make clocks and workshop tools. It is also directed at those working with full-size machinery, such as vintage cars, motor and pedal cycles, traction engines and railway locomotives.

Every working model includes bearings, often a large number of them. This practical book describes the wide and diverse range of bearings found in the large variety of different types of models built in home workshops. It reviews the choice of bearings materials, the type of bearing to use for each particular application and highlights the differences between home-made and off-the-shelf bearings. It also considers the installation and care of bearings. Furthermore, it covers several full-size applications undertaken by model engineers, such as clock making and machine tool maintenance, which also call for some knowledge of bearings. It is now over forty years since Ian Bradley and Norman Hallows published the slim MAP volume Bearing Design and Fitting and much has changed in the bearing field since that date. This book provides a welcome addition to the Workshop Practice Series of books and will be welcomed by all model engineers, whatever their area of interest.

Making a major purchase of a lathe, a milling machine or combination lathe/mill, whether manually operated or using computer numerical control (CNC), is a daunting prospect for any model engineer. This book provides practical advice on how to make the selection bearing in mind the particular needs of the individual. It provides descriptions and technical data about the wide range of machines and accessories available from UK, European, American and Far East manufacturers. It also looks at the many different types of tooling fixtures and accessories that may be required. This book will be welcomed by all model engineers who are setting up a home workshop or planning a major equipment acquisition.