55 Results with the "Science" genre
Adventure Fiction (1104)
Biography (410)
Business & Finance (1)
Children's Literature (124)
Comics (6)
Culture (51)
Drama (28)
Dystopian (16)
Fable (86)
Fantasy (1109)
Fantasy (202)
Fiction (978)
Finance (16)
Gothic Fiction (12)
Historical Fiction (613)
History (122)
Horror (55)
Lifestyle (36)
Literary (404)
Literary Fiction (168)
Memoir (183)
Mystery (333)
Non-fiction (97)
Novel (549)
Paranormal Fiction (96)
Philosophical (180)
Philosophy (45)
Poetry (249)
Political Fiction (11)
Politics (41)
Practical (32)
Psychological Thriller (107)
Relationship (5)
Romance Novel (712)
Romantic Melodrama (14)
Satire (91)
Science Fiction (322)
Self-help (64)
Society (65)
Society (2)
Spiritual Growth (1)
story (2)
Thriller (675)
True Crime (55)
view (11)
Women's Fiction (1)
Young Adult (221)
-
Chapter VIII - Flying Machines Construction And Operation introduces a critical shift in aeronautical design: evolving from simple gliders to functional powered aircraft. This development required careful attention to weight distribution, engine integration, and aerodynamic balance. It wasn’t enough for a machine to lift—it needed to fly with direction, support human weight, and sustain forward motion. Adding a motor and other essential equipment greatly increased the load, demanding a much larger wing…-
142.7 K • Ongoing
-
-
Chapter IX - Flying Machines Construction And Operation shifts focus to one of the most essential components of early aviation—the motor. Flight was only made possible when engineers found a way to balance strength, speed, and minimal weight in one reliable machine. This chapter explores how different engines were evaluated, tested, and refined to meet the demanding requirements of flight, where every pound and every horsepower had to count. A successful aviation motor had to be light enough not to…
-
142.7 K • Ongoing
-
-
Chapter X - Flying Machines Construction And Operation explores the fundamental task of sizing aircraft correctly to match their intended function. Designing a flying machine involves more than choosing wings and engines; it demands a thorough understanding of how weight and surface area work together to create lift. Every element—from the pilot to the smallest component—contributes to the total load that must be supported midair. The chapter breaks down this complex task by offering real-world data…
-
142.7 K • Ongoing
-
-
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 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 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 XIV - Flying Machines Construction And Operation presents a compelling look into the invisible but powerful forces that shape the journey of every aircraft—wind currents. Rather than offering a theoretical treatment, the chapter captures lived experience, blending technical understanding with the raw unpredictability that every early aviator faced. Arthur T. Atherholt's insights emerge as a focal point, combining personal reflection with lessons learned through high-stakes balloon races and solo…
-
142.7 K • Ongoing
-
-
Chapter XV - Flying Machines Construction And Operation opens a timely discussion on aviation’s perceived danger, an issue often inflated by public imagination. Early flight stirred both fascination and fear, and this chapter seeks to realign perception with reality. Rather than promoting flight as entirely safe or inherently dangerous, it acknowledges the balance between risk and innovation while encouraging responsibility among pioneers of the sky. The notion that an aircraft becomes a falling…
-
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 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
-
- Previous 1 2 3 4 Next
