Looking for ballistics book. The physics of rockets, missiles, guns,

In summary, the conversation discusses the topic of rockets, missiles, and firearms, and the desire to learn more about them after completing a course on Mechanics. The conversation also touches on the history of missile technology and the potential use of rockets for grandiose purposes. Recommendations for books on aerodynamics and model rocketry are also mentioned.
  • #1
tsuwal
105
0
I've just finished a course on Mechanics on my university and wish to apply that knowledge to learn more about rockets, missiles, firearms.. projectiles in general. Do you know any good book about the subject.
How do missiles work? Why was the first ballistic missile ever invented only in WW2 the V-2? What calculations do you have to do when you launch a missile? What's its trajectory? What is it made of?
 
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  • #2
A book on aerodynamics might be useful, or on rocket engines. Why in WW2? Because you had a mad dictator interested in HUGE weapons, and it can be argued that the moon missions were also about doing something BIG. Rockets are expensive, probably no-one thought to use them beyond simple fireworks before that.

What I could find in a very short time:

Theoretical Aerodynamics by Milne-Thompson
Handbook of Model Rocketry, Stine & Stine.
 

Related to Looking for ballistics book. The physics of rockets, missiles, guns,

1. What is ballistics?

Ballistics is the science of studying the motion and behavior of projectiles, such as rockets, missiles, and guns. It involves understanding the physics behind the flight path, impact, and penetration of these projectiles.

2. What topics are typically covered in a ballistics book?

A ballistics book will typically cover topics such as the mechanics of flight, trajectory analysis, aerodynamics, propulsion systems, impact dynamics, and target effects. It may also include discussions on terminal ballistics, ballistics testing and measurement, and ballistics in a military or law enforcement context.

3. How is ballistics used in real-world applications?

Ballistics has numerous real-world applications, including military and defense, law enforcement, and recreational shooting and hunting. It is also used in the design and testing of rockets, missiles, and other weapons systems, as well as in forensic investigations and accident reconstruction.

4. What background knowledge is needed to understand ballistics?

A basic understanding of physics, particularly in the areas of mechanics, motion, and forces, is necessary to understand ballistics. Some knowledge of mathematics, specifically calculus and trigonometry, is also beneficial in analyzing and solving ballistics problems.

5. Are there any notable advancements or developments in the field of ballistics?

Yes, there have been several advancements in ballistics in recent years. These include the development of advanced computer simulations and modeling, improved materials and technologies for projectile design, and the use of drones and other unmanned systems for testing and data collection. Additionally, there is ongoing research and development in areas such as hypersonic and directed energy weapons.

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