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E-raamat: Make: High-Power Rockets: Construction and Certification for Thousands of Feet and Beyond

  • Formaat: 296 pages
  • Ilmumisaeg: 03-Nov-2017
  • Kirjastus: O'Reilly Media
  • Keel: eng
  • ISBN-13: 9781680454789
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  • Formaat: 296 pages
  • Ilmumisaeg: 03-Nov-2017
  • Kirjastus: O'Reilly Media
  • Keel: eng
  • ISBN-13: 9781680454789
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Make: High-Power Rockets is for all the science geeks who look at the moon and try to figure out where Neil Armstrong walked, watch in awe as rockets lift off, and want to fly their own model rockets. Starting with an overview of mid- and high-power rocketry, readers will start out making rockets with F and G engines, and move on up to H engines.

Preface vii
1 Mid- and High-Power Rocketry
1(12)
What Is High-Power Rocketry?
1(6)
Rocket Motors by Total Impulse
2(1)
Rocket Motor Labels
3(1)
Low-Power Rocketry
4(1)
Mid-Power Rocketry
4(1)
High-Power Rocketry
5(2)
Amateur Rocketry
7(1)
Joining a Club
7(2)
The Flight of a Typical High-Power Rocket
9(4)
2 The Level 1 Rocket
13(18)
Should You Build This Rocket?
13(2)
One Rocket for Level 1 and 2?
14(1)
Cost per Flight
14(1)
Rocket Kits
15(1)
Designing High-Power Rockets
15(16)
Choosing a Simulator
16(1)
Getting Started with OpenRocket
17(9)
Simulating Flight
26(5)
3 The Level 1 Rocket Continued
31(34)
Parts and Tools
31(15)
Where to Buy Parts
34(1)
A Detailed Walk-Through of the Parts List
34(8)
A Detailed Walk-Through of the Tools and Supplies
42(4)
Building the Rocket
46(14)
Cutting the Fins
46(3)
Cutting the Payload Tube and Motor Mount Tube
49(1)
Installing the Motor Mount and Shock Cord
50(3)
Installing the Fins
53(2)
Adding Launch Lugs and Rail Buttons
55(2)
Installing the Aft Centering Ring and Motor Retainer
57(1)
Installing the Quick Links
58(1)
Building the Payload Bay
59(1)
Painting Callisto
60(1)
Tuning the Simulation
61(4)
4 The Level 1 Certification Flight: Preparations
65(28)
Getting Ready
66(5)
Following the Rules
66(1)
Preparing the Paperwork
67(4)
The Importance of Checklists
71(1)
The Level 1 Motor
71(22)
Buying a Motor
72(1)
Building the AeroTech HI 28W-M
73(10)
Building the Cesaroni H163-14A
83(6)
Preparing the AeroTech H135W-14A
89(4)
5 The Level 1 Certification Flight: Launch
93(16)
Launch Day!
93(16)
What to Take
93(1)
The Safety Code
94(4)
What to Expect at the Launch Site
98(2)
Preparing the Rocket
100(3)
The Flight
103(1)
Cleaning the Motors
104(2)
Disposing of a Motor or Ejection Charge Material
106(3)
6 The Level 2 Rocket
109(26)
Deimos: A Plastic Level 2 Rocket
110(12)
Deimos Simulation Files
113(1)
Building Deimos
114(8)
Phobos: A Fiberglass Level 2 Rocket
122(10)
Some Thoughts on Fiberglass Rockets
124(1)
Cutting Fiberglass
125(1)
Building Phobos
126(6)
Flying Deimos and Phobos Using Single Deployment
132(3)
Motor Adapters
132(1)
What About the Shear Pins?
133(2)
7 Altimeters and Dual Deploy with Cable Cutters
135(26)
What Is Dual Deploy?
135(2)
Choosing an Altimeter
137(4)
Shear Pins
141(1)
Cable Cutters
142(1)
Building an Altimiter Sled
142(2)
Finding Altimeter Vent Hole Sizes
144(2)
Modifying Deimos or Phobos for Dual Deploy
146(6)
Picking the Size for Recovery Charges
152(6)
Predicting the Recovery Charge Size
152(4)
Testing Recovery Charges
156(2)
The Dual-Deploy Flight
158(3)
8 Dual Deploy with a Drogue and Main Parachute
161(14)
What Will You Need
161(3)
How Dual Deploy with Two Parachutes Works
164(1)
Converting Deimos for Dual Deploy
165(6)
Building the Electronics Bay
165(2)
Building the Second Parachute Bay
167(2)
Installing the Electronics
169(2)
Testing the Ejection Charge
171(1)
Flying a Dual-Deploy Rocket
171(4)
9 Selecting Parachutes
175(14)
General Rules for Recovery
175(2)
Packing Size
177(3)
Parachute Rocket Science
180(9)
The Energy of a Falling Body
180(2)
Parachute Aerodynamics
182(7)
10 Tracking Your Rocket
189(12)
Sonic Devices
189(2)
Directional Radios
191(1)
GPS
192(9)
What You Need
192(4)
Software
196(2)
Flying with the TeleMega
198(1)
Other GPS Solutions
199(2)
11 The Level 2 Exam
201(20)
Rocketry and the Law
201(10)
The Federal Aviation Administration (FAA)
202(3)
The Bureau of Alcohol, Tobacco, Firearms, and Explosives (BATFE, Often Shortened to ATF)
205(1)
The Department of Transportation (DOT)
206(1)
The National Fire Protection Association (NFPA)
206(5)
The National Association of Rocketry (NAR) and the Tripoli Rocketry Association (TRA)
211(1)
Motor Construction
211(4)
Igniters
215(6)
Clustering Motors
216(1)
Testing Rocket Stability
217(2)
The Level 2 Test
219(2)
12 The Level 3 Certification Process
221(10)
Prerequisites
221(1)
Project Requirements
221(1)
Your Certification Team
222(1)
The Engineering Package
223(5)
Introduction
223(1)
Construction
224(1)
Recovery
225(2)
Stability Evaluation
227(1)
Flight Profile
227(1)
Checklists
227(1)
Building Your Rocket
228(1)
Flight Day
228(3)
13 A Level 3 Rocket
231(12)
Ganymede
232(2)
Building Ganymede
234(7)
Cutting and Collecting the Fiberglass Parts
234(1)
Assembling the Booster
235(1)
Avionics Bay Construction
236(1)
Upper Parachute Bay Construction
237(1)
Shear Pin Holes
238(1)
Building the Shock Cords
238(1)
Installing Computers
239(1)
Ejection Charges
239(1)
Selecting Parachutes
240(1)
Flying Ganymede
241(2)
The Motor
241(1)
Checklists
242(1)
14 New Heights
243(2)
National Events
243(2)
Appendix A Places to Buy Stuff or Find Information 245(4)
Appendix B High-Power Rocket Safety Codes 249(8)
Glossary 257(18)
Index 275
Mike started programming on a PDP-8 using a teletype terminal. As the personal computer revolution got going he sold his car and rode a bike for several months to raise cash to buy an Apple II computer. He wanted to write a chess program but couldn't find a good assembler, so he took a summer off to write his own. Two years later he finished ORCA/M, which went on to become Apple Programmer's Workshop, the Apple-labeled development environment for the Apple IIGS.Born the same year as Steve Jobs and Bill Gates, Mike made the mistake of getting an education instead of getting rich. A slow learner, he graduated from the U.S. Air Force Academy in 1977 with a degree in Physics, earned an M.S. in Physics from the University of Denver, and was Working on a Ph.D. when he started making more money from his sideline software company than from the Air Force.Since then Mike has developed numerous compilers and interpreters, software for mission-critical physics packages for military satellites, plasma physics simulations for Z-pinch experiments, multimedia authoring tools for grade schoolers, disease surveillance programs credited with saving lives of hurricane Katrina refugees, advanced military simulations that protect our nation's most critical assets, and technical computing software for iOS.Mike currently runs the Byte Works, an independent software publishing and consulting firm. He is a PADI scuba instructor who lives in Albuquerque with his wife and cat, enjoying being an empty nester and spoiling his grandchildren.