This textbook is intended to serve as an introduction to the underlying science and engineering of weapons used in the naval service. The philosophy used in the material selected for this text is that individual weapons come and go, but the principles of their operation largely remain the same. Some subjects are covered in greater detail than needed for an introductory course to allow this text to serve as a basic reference to take into professional life. The text was written to be inclusive of all college majors; as such a conscious effort was made when possible to apply algebra, geometry, trigonometry, and avoid calculus. Therefore, many of the equations derived are 1st order, and provide approximations that are sufficient to illustrate the relative performance parameters of variables used in weapon system design. These same theories and principles can then be applied to actual sensors and weapons using operational parameters and specifications determined from technical manuals and warfare publications. Material has been drawn from pervious texts of the same title that have explained the principles for the last 40 years. Much of the work can be traced to the work completed by the Bureau of Naval Weapons in the 1960's. It was updated and expanded in the 1980's version and incorporated in this text. In some cases, principles of systems that the U.S. Navy no longer uses are described in a belief that sometimes it is good to know where you have been to know where you are going. In addition, many countries and organizations still employ some of these lower technology systems. Therefore, it is necessary to understand their basic capabilities. With advent of new technologies and methods, this text will require periodic updating.

There is no shortage of reference books on the warships that fought the Second World War, but the weapons they carried have been largely ignored. This situation is entirely rectified in this classic work, which is encyclopaedic in scope and largely based on original research. Divided by country (including minor powers not directly involved in the war), the book covers all the major weaponry of the period. Weapons of earlier vintage that were employed during the war, and those that were at an experimental, trial or design stage in 1945 are also included. The size, scope and originality of this work make it one of the most important reference works available on naval warfare during the Second World War.

Tells the story of the evolution of the Dahlgren Laboratory from a proof and test facility into a modern research and development center crucial to the technological evolution of the United States Navy.

An in-depth reference to the naval weapons used by Britain, Germany, the US, and the other combatants in the Great War, with photos: “Superb…invaluable.”—History of War Although the Great War might be regarded as the heyday of the big-gun at sea, it also saw the maturing of underwater weapons, the mine and torpedo, as well as the first signs of the future potency of air power. Between 1914 and 1918 weapons development was both rapid and complex, so this book has two functions: on the one hand it details all the guns, torpedoes, mines, aerial bombs and anti-submarine systems employed during that period; but it also seeks to explain the background to their evolution: how the weapons were perceived at the time and how they were actually used. This involves a discussion of tactics and emphasizes the key enabling technology of fire control and gun mountings. In this respect, the book treats the war as a transition from naval weapons which were essentially experimental at its outbreak to a state where they pointed directly to what would be used in World War II. Based largely on original research, this sophisticated book is more than a catalogue of the weapons, offering insight into some of the most important technical and operational factors influencing the war at sea.

The 40mm Bofors Gun, first produced in the 1930s, has become one of the most famous artillery pieces of all time. It shows no sign of fading from the defence scene even though, in the second decade of the twenty-first century, it performs in many roles that were not contemplated by its original designers. It has also proved to be so versatile that it is now allied to electronic and other technological marvels that were mere pipe dreams only a few years ago. When the Bofors entered the international defence market, its primary quarry, the military aircraft, was still a slow and fragile machine that could be terminally damaged by a single hit from a 40mm projectile. Terry Gander describes this early period in the gun's development and he shows how, despite recent?increases in target speed and other performance parameters, it can still inflict a one-hit kill on almost any aircraft, helicopter?or guided missile. Perhaps the most astonishing aspect of the story is that the fundamentals of today's Bofors guns remain virtually unchanged from the very first examples to come off the Karlskoga production line in Sweden. In all its forms, the Bofors continues to be a sound, reliable and lethal piece of military hardware that has given good service to gunners all over the world.?Terry Gander's comprehensive account of the history of this remarkable weapon over the course of almost eighty years is fascinating?reading and an invaluable work of reference for military historians and artillery specialists alike. It is the definitive work in the field.??As featured on BBC Radio Guernsey.

At the request of the Chief of Naval Operations, the National Research Council (NRC) conducted a study to determine the technological requirements, operational changes, and combat service support structure necessary to land and support forces ashore under the newly evolving Navy and Marine Corps doctrine. The Committee on Naval Expeditionary Logistics, operating under the auspices of the NRC's Naval Studies Board, was appointed to (1) evaluate the packaging, sealift, and distribution network and identify critical nodes and operations that affect timely insertion of fuels, ammunition, water, medical supplies, food, vehicles, and maintenance parts and tool blocks; (2) determine specific changes required to relieve these critical nodes and support forces ashore, from assault through follow-on echelonment; and (3) present implementable changes to existing support systems, and suggest the development of innovative new systems and technologies to land and sustain dispersed units from the shoreline to 200 miles inland. In the course of its study, the committee soon learned that development of OMFTS is not yet at a stage to allow, directly, detailed answers to many of these questions. As a result, the committee addressed the questions in terms of the major logistics functions of force deployment, force sustainment, and force medical support, and the fundamental logistics issues related to each of these functions.

This book does for naval anti-aircraft defence what the author's Naval Firepower did for surface gunnery ‰ÛÒ it makes a highly complex but historically crucial subject accessible to the layman. It chronicles the growing aerial threat from its inception in the First World War and the response of each of the major navies down to the end of the Second, highlighting in particular the widely underestimated danger from dive-bombing. Central to this discussion is an analysis of what effective AA fire-control required, and how well each navy's systems actually worked. It also takes in the weapons themselves, how they were placed on ships, and how this reflected the tactical concepts of naval AA defence. As would be expected from any Friedman book, it offers striking insights ‰ÛÒ he argues, for example, that the Royal Navy, so often criticised for lack of 'air-mindedness', was actually the most alert to the threat, but that its systems were inadequate not because they were too primitive but because they tried to achieve too much.??The book summarises the experience of WW2, particularly in theatres where the aerial danger was greatest, and a concluding chapter looks at post-1945 developments that drew on wartime lessons. All important guns, directors and electronics are represented in close-up photos and drawings, and lengthy appendices detail their technical data. It is, simply, another superb contribution to naval technical history by its leading exponent.

The War of 1812 is typically noted for a handful of events: the burning of the White House, the rise of the Star Spangled Banner, and the battle of New Orleans. But in fact the greatest consequence of that distant conflict was the birth of the U.S. Navy. During the War of 1812, America’s tiny fleet took on the mightiest naval power on earth, besting the British in a string of victories that stunned both nations. In his new book, Ships of Oak and Guns of Iron: The War of 1812 and the Birth of the American Navy, author Dr. Ronald Utt not only sheds new light on the naval battles of the War of 1812 and how they gave birth to our nation’s great navy, but tells the story of the War of 1812 through the portraits of famous American war heroes. From the cunning Stephen Decatur to the fierce David Porter, Ships of Oak and Guns of Iron relates how thousands of American men and boys gave better than they got against the British Navy. The great age of fighting sail is as rich in heroic drama as any epoch. Dr. Utt’s Ships of Oak and Guns of Iron retrieves the American chapter of that epoch from unjustified obscurity, and offers readers an intriguing chronicle of the War of 1812 as well as a unique perspective on the birth of the U.S. Navy.

Strike warfare is a term that is rarely used in the popular media even though reports of conflicts often describe its application or effects. Those brief snippets of information seldom provide a complete picture of what is happening at the time, and they almost never explain the operational or technical background that influences how such actions occur. This leaves the average reader or viewer with an information void, a gap in understanding. This book is intended to fill that gap. It does so in a logical and methodical fashion, building the picture piece by piece using easily understandable language. It begins with a discussion of the more newsworthy side of the subject, strike warfare operations. All of the key elements are addressed: targets, defenses, resources, and the several steps required to prosecute an attack. The book’s goal is to eliminate the uncertainty, the mystery and the outright fiction that sometimes exists in popular versions of the story. The second half of the book deals with an even less understood part of the subject, the development of strike weapons. The average citizen may occasionally hear of cost overruns, development test failures or some other negative aspect of military development programs, but there is hardly any background information available to the American taxpayer on how such programs function in general. Again, the book aims to correct a deficiency with respect to an accurate account of how strike weapons are actually developed. The entire development and life cycle is described, step by step, at the summary level. The author then closes with some thoughts about lessons learned and trends for the future. This is recommended reading for anyone with an interest in or a connection with strike warfare or strike weapons development. It should prove helpful to military or civilian newcomers to the field, members of the news media, and legislators or members of their staff dealing with military matters. But first and foremost, it was written to provide the average American taxpayer a better understanding of an important and powerful military capability."