32 Results with the "Practical" genre
Adventure Fiction (1164)
Biography (435)
Business & Finance (1)
Children's Literature (124)
Comics (6)
Culture (51)
Drama (123)
Dystopian (29)
Fable (86)
Fantasy (1132)
Fantasy (203)
Fiction (1010)
Finance (1)
Gothic Fiction (12)
Historical Fiction (615)
History (122)
Horror (56)
Lifestyle (36)
Literary (404)
Literary Fiction (207)
Memoir (113)
Mystery (422)
Non-fiction (87)
Novel (549)
Paranormal Fiction (96)
Philosophical (182)
Philosophy (45)
Poetry (249)
Political Fiction (14)
Politics (42)
Psychological (4)
Psychological Thriller (108)
Relationship (6)
Romance Novel (716)
Romantic Melodrama (14)
Satire (91)
Science (46)
Science Fiction (345)
Self-help (68)
Society (65)
Society (2)
Spiritual Growth (1)
story (2)
Thriller (704)
True Crime (56)
view (11)
Women's Fiction (2)
Young Adult (233)
-
Flying Machines: Construction and Operation is a 1908 book by the aviation pioneer, William J. Hammer. It provides detailed instructions on building and operating early flying machines, covering the principles of flight, materials, and design. The book reflects the early 20th century's fascination with flight and offers insights into the development of aviation technology.-
4.7 K • Nov 8, '24
-
4.3 K • Nov 8, '24
-
4.3 K • Nov 8, '24
-
-
Chapter XI - Flying Machines Construction And Operation introduces the reader to a vital topic in aviation—how to control the machine with precision and awareness. This chapter goes beyond the mechanical structure and enters the world of real-time decision-making. Flying is not just about lift or propulsion; it’s about command—over altitude, direction, and stability, all at once, under the pilot’s full authority. The operator is expected to act instantly and with confidence, often making rapid…
-
142.7 K • Ongoing
-
-
Chapter XXII - Flying Machines Construction And Operation brings forward the insights of F. W. Lanchester, whose lecture to the Royal Society of Arts offered a technical and visionary take on aerial navigation. Rather than viewing flight as purely theoretical, he firmly positioned it within the realm of locomotive engineering, emphasizing performance over possibility. He challenged the viability of vertical flight, especially the helicopter, stating that such machines lacked the energy efficiency necessary…
-
142.7 K • Ongoing
-
-
Chapter I - Flying Machines Construction And Operation begins with a detailed account of how the concept of multi-surface flight evolved, laying the groundwork for future breakthroughs in aviation. Octave Chanute opens the discussion by recognizing the early insight of F. H. Wenham, who, in 1866, proposed stacking aeroplanes vertically to expand lift area without excessive weight. His design incorporated silk or canvas stretched over a framework and supported the idea of using multiple wings to lift a…
-
142.7 K • Ongoing
-
-
Chapter XII - Flying Machines Construction And Operation offers clear, practical guidance for those beginning their journey into the world of aviation. Rather than focusing on dramatic altitude records or sensational feats, this chapter encourages new pilots to prioritize control, safety, and confidence in their first experiences. By drawing on the wisdom of early aviators, the authors present a flight philosophy built around gradual mastery rather than risky experimentation. Most experienced pilots,…
-
142.7 K • Ongoing
-
-
Chapter XXIII - Flying Machines Construction And Operation presents a nuanced view of how innovation, legality, and accessibility intersect in early aviation history. The Wright brothers, known for their groundbreaking contributions to powered flight, make a significant gesture by allowing amateurs and non-commercial users to adopt their patented technology without restriction. This policy encourages experimentation and scientific exploration, as long as the use remains outside of profit-driven exhibitions…
-
142.7 K • Ongoing
-
-
Chapter II - Flying Machines Construction And Operation explores the early stages of aviation by contrasting two major categories of flight—lighter-than-air balloons and heavier-than-air flying machines. Unlike balloons that drift by gas-based lift, true flying machines rely on forward propulsion and airfoil lift, drawing their core principle from birds. The fascination with avian motion inspired early pioneers to imitate nature's balance between wing surface and body weight through mechanical means. Key…
-
142.7 K • Ongoing
-
-
Chapter XIII - Flying Machines Construction And Operation takes a technical yet practical look into the core challenge that defines flight—power. Unlike vehicles on roads that rely on solid ground for support, airships and aeroplanes must expend energy not only to move but also to stay aloft. This need for constant lift transforms the dynamics of power usage, making flight a far more demanding exercise in engineering than land travel. While a car weighing 4,000 pounds can be driven at 50 miles per hour…
-
142.7 K • Ongoing
-
-
Chapter XXIV - Flying Machines Construction And Operation turns its focus toward one of the most essential components in early aviation: the propeller. This chapter breaks down the complexity behind what might seem like a simple rotating blade, revealing how subtle variations in shape, pitch, and alignment can drastically impact a flying machine’s performance. Every designer works with the same basic goal—to generate maximum thrust with minimal energy—yet each brings personal techniques to the…
-
142.7 K • Ongoing
-
-
Chapter III - Flying Machines Construction And Operation explores the basic aerodynamic principles that allow both birds and aircraft to achieve and sustain flight. Through simple, observable experiments, it reveals how motion and air interaction contribute to lift. These foundational insights form the basis of understanding why flying machines behave as they do once airborne. A common demonstration uses a flat circular piece of cardboard. When dropped, gravity pulls it down immediately. But when it’s…
-
142.7 K • Ongoing
-
- Previous 1 2 3 4 Next
