Slide Valve. A Practical Treatise on the movement of Slide Valves Slide Valve. . The Slide Valve practically considered, by N. P. 18 50 The following is a portion of a Review by R. Mallet, Esq., M.I.C.E., etc. : "Mr. Burgh's methods are viewed here in the practical light of the workshop, and with good examples of how the principles inculcated have been carried out by some of our best engineering firms. The most essential questions in relation to valve gear-and no working man who is ignorant of them is fit to be entrusted with the management, much less repair, of either a land or a marine engine of any magnitude-such as the effect upon the successive positions of the valve of the length of the connecting rod, and also that of the eccentric rod or its equivalent-are extremely clearly put and well illustrated, and simple diagrams and rules are given for finding the errors of traverse and their correction. The last three chapters are wholly of a practical character, and treat of the proportions of slide valves as employed by our great engineering firms-Penn, Maudslay, Ravenhill, Watt, etc.-with eleven illustrated and illustrative examples, and of modes of packing, balancing, etc.” Slide Valve. Designing Valve-gearing. 66 A Treatise on a Practical Method of Designing Slide 60 The system described in this work enables any draughtsman or foreman to get out" in a few minutes, and with the greatest precision, all the details of a Slide Valve Gear, without recourse to models or other similar appliances. Soap and Candle Manufacture. The Art of Manufacturing Soap and Candles, includ- 10 6 Stair Building. Esterbrook and Monckton's American Stair Builder, Steam. Economy in the use of Steam, a statement of the Steam. Lessons and Practical Notes on Steam, the Steam Steam Boilers. £220 3 6 10 6 Practical Treatise on Steam Boilers and Boiler CONTENTS: Marine Boilers. Locomotive Boilers. Portable Land Boilers. Stationary Land Boilers. Cylindrical Boilers. Vertical Boilers. Tube Boilers. Circular Boilers. Water Tube Boilers. Fire Engine Boilers. Furnace Boilers. Gas Fuel Boilers. Oil Fuel Boilers. Mechanical Coal-Feeding Furnaces. Mechanical Oil-Feeding Furnaces. Self-Acting Non-Feed Alarm Apparatus. Safety Valves, with Loads and Self-Adjusting Springs. Feed Pumps. Feed Injectors. Self-Acting Feed-Water Apparatus. Smoke-Consuming Apparatus. Construction. Proportions. Setting. Rules. Contracts. Repairs. Prices. Explosions. Nature of Metals used. Galvanic Actions. Incrustation and Cleansing. Steam Boilers. The Boiler-maker's and Iron Ship-builder's Companion, Steam Boilers. A Pocket-Book for Boiler Makers and Steam Users, . 50 5 0 Steam Boilers. Tables and Diagrams relating to Non-condensing Engines and Boilers, by W. P. Trowbridge, 4to, boards Steam Boilers. Records of Steam Boiler Explosions, by Edward Bindon Marten, with numerous diagrams, 8vo, cloth Steam Engine. Practical Illustrations of Land and Marine Engines, showing in detail the modern improvements of High and Low Pressure, Surface Condensation and Superheating, together with Land and Marine Boilers, by N. P. Burgh, Engineer, 20 plates in double elephant, folio, cloth Pressure Scale 3 in. = I LIST OF Plate 1. High Pressure Steam Engine. 12 H.P.; Scale 1 in. I foot; 3 Views. Plate 2. Details of High Engine, 12 H.P.; foot. Cylinder, Piston, Slide Casing, Slide Valve and Rod, Connecting Rod, Piston Rod and Guide Block, Eccentric and Band, Slide Connecting Rod, Disengaging Socket Eccentric Rod, Weigh Shaft, Lever Stud Bracket, Slide and Pump Levers, Main Lever, Starting Handle, Ball Governor in detail, Governor Standard and Pulley. Plate 3. Details of High Pressure Engine, 12 H.P.; Scale 3 in. = I foot. Main Framing, Fly-Wheel, Crank, and Shaft, Feed Pump, Disengaging Socket, Link and Pin, Governor, Mitre Gear, Holding Bolts, Studs, Plates. Plate 4. Details of High Pressure Engine, 12 H.P.; Half size. Feed Pump, Valves and Box, Relief Valve, Safety Valve, Starting and Governor Valves, Engine Feed Cock, Boiler Front Doors, Fire Bars, and Supports. Plate 5. Boiler and Settings, 12 H.P.; PLATES. 12 6 5 0 £2 2 0 Views; Scale 1 in. I foot; Details; Scale 3 in. I foot. Cylinder, Slide Valve and Casing, Piston Covers and Trunks, Piston Rod and Guide Rod, Connecting Rod Main Framing, Fly-Wheel, Governor and Levers, Eccentric Rods and Strap, Shaft and Discs, Starting Handle, Feed Pump, and Plunger. MARINE ENGINES. Plate 7. Marine Engine, Direct Action for the Screw Propeller, 400 H.P. Collectively; Scale in. I foot; 7 Views. Plate 8. Details of One Marine Engine, 200 H.P.; Condenser and Air Pump, Feed and Bilge Pumps, Cylinder, Equilibrium Šlide Valve and Casing, Main Frame, Connecting Rod; Scale 2 in. I foot; Guide Block and Cross Head-Scale 2 in. I foot; Discharge and Suction Valves for Air Pump, 3 in. = I foot. Plate 9. Details of One Marine Engine, 200 H.P. Eccentrics and Straps, Solid Valve Link and Block, Slide Valve Rod and Guide, Blow-through Valve, Shifting Valve, Relief Valve, Bilge and Feed Pump Valves, Spur Wheel for Expansion Gear, Kingston and Injection Valves; Scale 3 in. = I foot. Crank Shaft; Scale 1 in. = I foot. MARINE ENGINES (continued). gine, 200 H.P.; Scale 3 in. I foot. = Plate 10. Details of One Marine En- | Floats, Float Clamps, Arm Stays and Air Valves for Air Pumps, Steam Piston Injection Pipe, Air Pump Plunger, Air, Feed, and Bilge Pump Rods, Blow-through Valve for Condenser, Bracket for Reversing Gear, Drain Cock and Handle for Condenser. Plate 11. Scale 3 in. I foot; Expansion Valve Gear, Throttle Valve, and end of Thrust Shaft for Marine Engine 200 H.P. Plate 12. Oscillating Engines for the Plate 13. Paddle Feathering Wheel, Plate 14. Details of Paddle Wheel, 75 H.P. Paddle Centre, Plummer Block, Eccentric Shaft, and Bracket Lever Arms, Rings, Stays, Rods, Bolts and The detailed plates have the dimensions fully given. Steam Engine. Modern Marine Engineering applied to Paddle and Steam Engine. Modern Compound Engines, being a Supplement to £250 18 0 The following Firms are contributing Working Drawings of their best and most modern examples of Engines fitted in the Royal and Mercantile Navies: Messrs. Maudslay, Rennie, Watt, Dudgeon, Humphreys, Ravenhill, Jackson, Perkins, Napier, Elder, Laird, Day, Allibon. Steam Engine. Practical Treatise on the Condensation of Steam; CONTENTS: 25 0 Method of Condensing Steam, in Steam Engines, between the years 1705 and 1838. Modern Injection Condensers for Land Beam Engines. Modern Injection Condensers for Oscillating Paddle-Wheel Marine Engines. Injection Condensers for Horizontal Marine Screw-Propeller Engines. Tubular Arrangements for Surface Condensation. Tube Packings for Surface Condensation. Surface Condensers for Paddle-Wheel Engines. Surface Condensers for Inverted Vertical Direct-Acting Screw Engines. Surface Condensers for Horizontal Direct-Acting Screw-Propeller Engines. Surface Condensers for Horizontal Return-Action Screw Engines. Arrangement of Pumps and Valves for Marine Engines. Valve-Connections for Pumps of Marine Engines. Supplementary Details for Condensers of Marine Engines. Arrangement of Pump Valves for Land Engines. Apparatus for the Condensation of Steam without Air Pumps. Condensing Apparatus for Locomotive Engines. The Principles of the Condensation of Steam. Rules and Tables for Practical use, etc. Steam Engine. A Pocket-Book of Practical Rules for the Proportions 4 6 Details of High-Pressure Engine, Beam Engine, Condensing, Marine Screw Engines, Oscillating Engines, Valves, etc., Land and Marine Boilers, Proportions of Engines produced by the rules, Proportions of Boilers, etc. Steam Engine. The Engine Room; who should be in it, and what Steam Engine. The Cadet Engineer, or Steam for the Student, by CONTENTS: 36 9 0 The advantages and disadvantages of various kinds of Engines; description, advantages, and disadvantages of various kinds of Boilers; appendages to Engines and Boilers, the Paddle Wheel, the Screw Propeller, Combustion of Coal, Erection of Engines, Steam, Expansion of Steam, Cut-offs, the Indicator, the Slide Valve, Balanced Valves, Saturation of Water in Marine Boilers, Scale, and the means of Preventing its Formation; Condensers, and Feed-Water Heaters, Relation of Power (or Fuel) and Speed in Steam Navigation, Management of Engines and Boilers at Sea, Overhauling the Engines and Boilers in Port, etc. Steam. Reed's Engineer's Handbook to the Local Marine 4 0 |