You may have to Search all our reviewed books and magazines, click the sign up button below to create a free account.
A comprehensive, highly detailed, and highly illustrated history of Soviet-built fighters used during the Second World War including detailed descriptions of both operational and experimental fighters. It has photographs and color profiles of all fighter aircraft. Drawings from period flight and technical manuals are also included.
Soviet bombers were a varied lot during the Second World War, ranging from single-engined biplanes such as the 1920's era Polikarpov U-2 to the excellent and modern twin-engined Tu-2 medium bomber. Although the use of four-engined strategic bombers was mostly limited to use of the huge Pe-8 bomber, the Soviets used many other aircraft for both strategic and tactical bombing. As the bombers of the Red Air Force were mainly tasked with supporting the Red Army, most of the bombers were used for tactical bombing, attacking tanks, troop convoys, trains, and airfields. This book will deal with both strategic bombers and tactical bombers, but will concentrate on the smaller tactical bombers, as thi...
Long-ranged maritime reconnaissance aircraft were a part of British wartime strategy since the First World War, in the form of flying boats. During the Second World War, the flying boats were increasingly replaced by land-based aircraft, such as the American Lend-Lease Flying Fortresses and Liberators. After the war, these aircraft were replaced by a purpose-built aircraft, the Avro Shackleton, which traced its ancestry through the Lincoln and Lancaster all the way back to the early Second World War bomber, the Manchester. The road from the Manchester to the Shackleton was a long one, and it is described comprehensively. The Shackleton itself went through two major changes - from the MR.1 to...
None
The history of Soviet strategic bombers after the Second World War is a fascinating one: from the reverse-engineering of interned American Boeing B-29 bombers into the first Soviet strategic bomber, the Tu-4; to the huge jet and turboprop powered aircraft of today's Russian Air Force. This comprehensive history of these aircraft will deal not just with the development of aircraft that entered service, but of experimental aircraft as well, and projects that were never even built will also be explored. The service life of these bombers will be covered, including both active and retired aircraft, and their use outside of the Soviet Union, in places such as the Middle East and Afghanistan, will be described in detail. The Soviet Union built some of the first jet-powered strategic bombers, and the Tu-95 Bear, the only swept-winged turboprop bomber to ever enter service, remains in service to this day. Less successful aircraft, like the graceful but problem-plagued supersonic Tu-22 Blinder, and the Mach 3 Sukhoi T-4 will also be examined.
The Lavochkin fighters remain little known in the West, although with the Yakovlev fighter series they were the backbone of the Red Air Force fighter force during the Second World War. The author rectifies that with this comprehensive history of these fighters. With this book he describes in great detail the three main variants of the Lavochkin fighter series during the Second World War: the only partially successful LaGG-3 inline-engined fighter, the successful radial-engined La-5 fighter, and the superb radial engined La-7 fighter, one of the best piston-engined fighter aircraft of the entire Second World War. Both the design and history of these fighters are featured, including how the mediocre inline engined LaGG-3 was turned into a top notch fighter by the replacement of the Klimov inline engine by the Shvetsov M-82 radial engine. Besides describing the wartime designs he includes a section on the postwar successors to the Second World War fighters, the completely new all metal La-9 and La-11, which saw extensive postwar service. Accurate color profiles illustrate all variants.
None
The history of Soviet strategic bombers after the Second World War is a fascinating one: from the reverse-engineering of interned American Boeing B-29 bombers into the first Soviet strategic bomber, the Tu-4; to the huge jet and turbo-prop powered aircraft of today's Russian Air Force. This comprehensive history of these aircraft will deal not just with the development of aircraft that entered service, but of experimental aircraft as well, and projects that were never even built will also be explored. The service life of these bombers will be covered, including both active and retired aircraft, and their use outside of the Soviet Union, in places such as the Middle East and Afghanistan, will be described in detail. The Soviet Union built some of the first jet-powered strategic bombers, and the Tu-95 Bear, the only swept-winged turbo-prop bomber to ever enter service, remains in service to this day. Less successful aircraft, like the graceful but problem-plagued supersonic Tu-22 Blinder, and the Mach 3 Sukhoi T-4 will also be examined.
The Red Air Force had just started to re-equip with modern monoplane fighters when the Germans opened Operation Barbarossa, the invasion of the Soviet Union. Hundreds of fighters were destroyed in the first few days, but many of these were obsolete biplanes. Soviet Fighters of the Second World War details fighter development from the dark days of Barbarossa to eventual triumph over Berlin. Starting with outdated aircraft such as the Polikarpov Po-2 biplane and monoplane fighters, the Soviets then settled on two main lines of development: the inline-engine LaGG-3 and its radial-engine derivatives, the La-5 and La-7, and the inline-engine Yakovlev fighters, which were produced in greater numbers than any other series of fighters. Not only are these aircraft accurately described, but experimental fighters are also dealt with. In addition, colour profiles illustrate these aircraft in terms of design, camouflage and markings. From the I-15bis biplane of the late 1930s to the superb La-7 and Yak-3 fighters of the last year of the war, all Red Air Force fighters are covered in this comprehensive volume.
Unrivalled in its coverage and unique in its hands-on approach, this guide to the design and construction of scientific apparatus is essential reading for every scientist and student of engineering, and physical, chemical, and biological sciences. Covering the physical principles governing the operation of the mechanical, optical and electronic parts of an instrument, new sections on detectors, low-temperature measurements, high-pressure apparatus, and updated engineering specifications, as well as 400 figures and tables, have been added to this edition. Data on the properties of materials and components used by manufacturers are included. Mechanical, optical, and electronic construction techniques carried out in the lab, as well as those let out to specialized shops, are also described. Step-by-step instruction supported by many detailed figures, is given for laboratory skills such as soldering electrical components, glassblowing, brazing, and polishing.