Commemorating the first century of aviation, this chronology is dedicated to the men and women who gave their lives to advance air and space flight. It includes significant air and space events since the Wright brothers first demonstrated in 1903 that humankind could fly in heavier-than-air machines. Although focused on the evolution of the United States Air Force (USAF), it also includes major developments in military, naval, civil, and international air power. Until World War I, military leaders had conceived of the airplane primarily as a reconnaissance and artillery-spotting tool. By the end of 1918, however, the airplane was already performing other missions, including air superiority, strategic bombardment, interdiction, close air support, and airlift. Aviation continued to evolve after the war, as evidenced by increased aircraft ranges, altitudes, and speeds. These growing capabilities allowed transcontinental and transoceanic flights as well as encouraged airline service and airmail. The U.S. Navy commissioned its first aircraft carrier in 1922. The U.S. Army Air Service made the first flight around the world in 1924, demonstrating the global reach of air power. Metal monoplanes featuring enclosed cockpits and retractable landing gear replaced fabric-skinned, open-cockpit biplanes with fixed wheels. The Army Air Corps, established in 1926, developed large, long-range bombers and a doctrine for their use. World War II accelerated advances in aviation technology that saw production of faster, larger, higher-flying, and longer-range airplanes. Japan's surrender shortly after the first atomic bombs fell on Hiroshima and Nagasaki demonstrated that air power could be decisive in the outcome of wars. Jet aircraft, ballistic and cruise missiles, pressurized cabins, and radar were all legacies of the war. So too were the introductions of airborne operations, the helicopter as a military vehicle, and global air transport. Recognizing the growing importance of aviation to national defense, Congress created an independent USAF in September 1947, just two years after World War II. That same year, Capt. Charles E. "Chuck" Yeager, USAF, pioneered supersonic flight. Almost immediately the new Air Force proved its worth by saving the western sectors of Berlin from Communist aggression with the largest airlift in history (1948-49). Air power won the first battle of the Cold War.

In this precise, interpretive and informative volume, Higham looks at everything from the roots of strategic bombing and tactical air power to the lessons learned and unlearned during the invasion of Ethiopia, the war in China and the Spanish Civil War. He also considers the problems posed by jet aircraft in Korea and the use of Patriot missiles in the Persian Gulf. He covers anti-guerrilla operations, doctrine, industrial activities and equipment, as well as the development of commercial airlines.

This is the story of Singapore through the eyes of artists and photographers. Each image conveys a strong sense of place, and together they tell the story of a nation and the island they transformed from a fishing village to a global city state.

The few models on safety management that are available tend to explain a procedure to manage safety rather than a safety management system. The research carried out here, however, models safety management by transforming a common procedural model (i.e. the HSE's model, 1997) into a functional systems representation. The overall goal of the model is to offer clear graphic lines of influence of its different components on organisational safety. The model is innovative not in the components that it considers but in the representation of those components, which details relative distances between elements and, therefore, opens doors to model-driven hypotheses which account for those distances. Therefore, hypotheses are more accurate in their predictions. This model is firstly explored in the construction sector. Results from this exploratory research support the adequacy of the model to understanding safety management and encourage future research of a more confirmatory nature.

This bundle book is a compilation of four of KidCaps top selling history books. This book presents the following subjects in an easy to understand format that kids love: *The Cotton Gin *The Birth of Flight *The Invention of the Automobile

Keith Lucas was killed instantly when his BE2 biplane collided with that of a colleague over Salisbury Plain on 5 October 1916. As a captain in the Royal Flying Corps, Lucas would have known that his death was a very real risk of the work he was doing in support of Britain's war effort. But Lucas wasn't a career pilot - he was a scientist. The Flying Mathematicians of World War I details the advances and sacrifices of a select group of pioneers who left the safety of their laboratories to drive aeronautics forward at a critical moment in history. These mathematicians and scientists, including Lucas, took up the challenge to advance British aviation during the war and soon realized that they would need to learn how to fly themselves if they were to complete their mission. Set in the context of a new field of engineering, driven apace by conflict, the book follows Lucas and his colleagues as they endured freezing cockpits and engaged in aerial versions of Russian roulette in order to expand our understanding of aeronautics. Tony Royle deftly navigates this fascinating history of technical achievement, imagination, and ingenuity punctuated by bravery, persistence, and tragedy. As a result, The Flying Mathematicians of World War I makes accessible the mathematics and the personal stories that forever changed the course of aviation.