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E-raamat: Aircraft Maintenance and Repair, Seventh Edition

  • Formaat: 736 pages
  • Ilmumisaeg: 30-Mar-2013
  • Kirjastus: McGraw-Hill Professional
  • Keel: eng
  • ISBN-13: 9780071801515
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  • Formaat: 736 pages
  • Ilmumisaeg: 30-Mar-2013
  • Kirjastus: McGraw-Hill Professional
  • Keel: eng
  • ISBN-13: 9780071801515
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GET UP-TO-DATE INFORMATION TO PERFORM RETURN-TO-SERVICE AIRCRAFT MAINTENANCE AND PASS YOUR FAA AIRCRAFT CERTIFICATION!Aircraft Maintenance & Repair, Seventh Edition, is a valuable resource for students of aviationtechnology that provides updated information needed to prepare for an FAA airframe technician certification and can be used with classroom discussions and practical application in the shop and on aircraft. This expanded edition includes recent advances in aviation technology tohelp students fi nd employment as airframe and powerplant mechanics and other technical and engineering-type occupations.

For easy reference, chapters are illustrated and present specific aspects of aircraft materials,fabrication processes, maintenance tools and techniques, and federal aviation regulations.

THIS UPDATED EDITION INCLUDES:





Modern aircraft developed since the previous edition, such as the Boeing 777, the Airbus A330, modern corporate jets, and new light aircraft New chemicals and precautions related to composite materials Current FAA regulations and requirements FAA Airframe and Powerplant certification requirements 8-page full-color insert The newest maintenance and repair tools and techniques Updated figures and expanded chapters
Preface to the Seventh Edition xiii
Preface to the Sixth Edition xv
1 Hazardous Materials and Safety Practices
1(16)
Hazardous Materials
1(4)
OSHA's Hazardous Communications Standards
5(9)
Disposal and Accidental Releases of Hazardous Materials
14(2)
Review Questions
16(1)
2 Aircraft Structures
17(52)
Aircraft Structural Design
17(2)
Principal Aircraft Structures
19(1)
Aircraft Station Numbers
19(5)
Zoning
24(1)
Nomenclature and Definitions
25(2)
Fuselages
27(10)
Cockpits, Cabins, and Compartments
37(9)
Wings
46(9)
Tail and Control Surfaces
55(2)
Landing Gear
57(1)
Powerplant Structures
57(6)
Rotorcraft Structures
63(5)
Review Questions
68(1)
3 Fabrication and Repair of Wood Structures
69(20)
Aircraft Woods
69(4)
Adhesives and Bonding Procedures
73(2)
Construction and Repair of Wood Structures
75(9)
Care of Aircraft with Wood Structures
84(1)
Inspection of Airplanes Having Wood Structures
85(2)
Review Questions
87(2)
4 Fabric Coverings
89(22)
Fabric Types and Terminology
89(5)
Dopes and Finishing Materials
94(3)
Facilities and Equipment for Aircraft Covering
97(1)
Selection of Fabric Covering Material
98(1)
Application of Fabric Covers for Aircraft
99(6)
Fabric Inspection
105(1)
Repair of Fabric Coverings
106(2)
Review Questions
108(3)
5 Aircraft Painting and Markings
111(20)
Aircraft Finishing Materials
111(4)
Spray-Paint Equipment
115(6)
Finishing Metal Aircraft and Parts
121(6)
Registration Marks for Aircraft
127(2)
Review Questions
129(2)
6 Welding Equipment and Techniques
131(48)
Fundamentals of Welding
131(6)
Oxyacetylene Welding
137(11)
Gas Welding Techniques
148(9)
Electric-Arc Welding
157(5)
Inert-Gas Welding
162(15)
Conclusion
177(1)
Review Questions
177(2)
7 Welded Aircraft Structures and Repair
179(24)
Construction of Steel-Tube Assemblies by Welding
179(3)
Inspection of Steel-Tube Structures
182(1)
Aircraft Tubing Repair
182(12)
Special Welding Repairs
194(3)
Soldering and Brazing
197(4)
Review Questions
201(2)
8 Sheet-Metal Construction
203(54)
Design Philosophies
203(2)
Factors Affecting Sheet-Metal Part and Joint Design
205(8)
Fundamental Calculations for Structures
213(1)
Bending Metals
214(14)
Preparation for Layout Work
228(1)
Hand Tools for Sheet-Metal Work
229(5)
Floor and Bench Machinery for Sheet-Metal Work
234(10)
Fabrication of Sheet-Metal Parts
244(4)
Riveting
248(7)
Review Questions
255(2)
9 Sheet-Metal Inspection and Repair
257(26)
Sheet-Metal Inspection
257(1)
Sheet-Metal Repair
258(5)
Repair Practices
263(6)
Rivet-Repair Design
269(11)
Review Questions
280(3)
10 Plastics
283(8)
Fundamentals of Plastic Materials
283(1)
Working with Plastic Materials
284(2)
Installation, Maintenance, and Repair of Plastic Materials
286(4)
Review Questions
290(1)
11 Advanced Composite Materials
291(36)
Laminated Structures
291(1)
Major Components of a Laminate
292(1)
Strength Characteristics
292(7)
Description of Sandwich Structures
299(27)
Review Questions
326(1)
12 Assembly and Rigging
327(56)
Aircraft Assembly
327(2)
Aircraft Rigging
329(3)
Fixed-Surface Alignment
332(6)
Aircraft Flight Controls
338(4)
Secondary Flight-Control Surfaces
342(8)
Control-System Components
350(16)
Control Surface Rigging
366(3)
Balancing Control Surfaces
369(2)
Inspection and Maintenance
371(2)
Helicopter Flight Controls
373(8)
Review Questions
381(2)
13 Aircraft Fluid Power Systems
383(62)
Principles of Hydraulics
383(3)
Hydraulic Fluids
386(1)
Hydraulic Reservoirs
387(3)
Hydraulic Filters
390(2)
Hydraulic Pumps
392(5)
Pressure-Control Devices
397(3)
Pressure-Reducing Valves
400(2)
Accumulators
402(1)
Selector Valves
403(3)
Automatic-Operating Control Valves
406(6)
Hydraulic Actuators
412(3)
Hydraulic Plumbing Components
415(2)
Hydraulic Systems for Aircraft
417(6)
Hydraulic System for the Boeing 777 Airliner
423(7)
Hydraulic System for the Airbus 380
430(2)
Hydraulic System for the Bell 214ST Helicopter
432(3)
Pneumatic Systems for Aircraft
435(5)
Summary of Hydraulic System Maintenance Practices
440(2)
Review Questions
442(3)
14 Aircraft Landing-Gear Systems
445(66)
Landing-Gear Configurations
445(1)
Classification of Landing Gear
445(4)
Landing-Gear Components
449(8)
Steering Systems
457(1)
Retraction Systems
458(6)
Transport Aircraft Landing-Gear Systems
464(14)
Inspection and Maintenance of Landing Gear
478(5)
Tires and Wheels
483(9)
Design and Operation of Brake Assemblies
492(7)
Aircraft Brake Systems
499(8)
Brake Maintenance
507(1)
Review Questions
508(3)
15 Aircraft Fuel Systems
511(44)
Requirements for Fuel Systems
511(2)
Fuel Tanks
513(7)
Fuel-System Components
520(8)
Types of Fuel Systems
528(1)
Fuel Subsystems
529(5)
Typical Aircraft Fuel Systems
534(14)
Inspection, Maintenance, and Repair of Fuel Systems
548(5)
Troubleshooting
553(1)
Review Questions
554(1)
16 Environmental Systems
555(50)
Heating Systems
555(5)
Cabin-Cooling Systems
560(10)
Cabin-Pressurization Systems
570(9)
Cabin Environmental System for a Jet Airliner
579(6)
Summary of Pressurization and Air-Conditioning Systems
585(2)
Oxygen Systems
587(16)
Review Questions
603(2)
17 Aircraft Instruments and Instrument Systems
605(54)
Principles of Instrument Operations
606(6)
Flight Instruments
612(23)
Flight Instrument Systems
635(3)
Engine Instruments
638(3)
Fuel-Quantity Indicators
641(2)
Fuel-System-Monitoring Instruments
643(1)
Miscellaneous Instruments
644(2)
Electronic Instruments
646(5)
Installation and Maintenance of Instruments
651(6)
Review Questions
657(2)
18 Auxiliary Systems
659(34)
Fire Protection Systems
659(12)
Ice Protection Systems
671(10)
Rain-Removal Systems
681(2)
Water and Waste Systems
683(1)
Position and Warning Systems
684(4)
Auxiliary Power Units
688(4)
Review Questions
692(1)
19 Troubleshooting Theory and Practice
693(12)
The Troubleshooting Process
693(4)
Format of Troubleshooting Charts
697(5)
Review Questions
702(3)
Index 705
Michael Kroes is an aviation practitioner and educator and has more than 35 years of experience in the field. He holds or has held several FAA certifications, including an Airframe & Powerplant Certificate, Inspection Authorization, Designated Mechanic Examiner, Designated Engineering Authority, and a Commercial Pilot's License. Professor Kroes has worked for some of the top aviation companies, including Raytheon and Allied Signal, and spent 25 years as a professor and Department Head at Purdue University. Recognized as a leading expert on FAA technician certification, he authored a comprehensive study funded by the FAA. This study was used to develop new FAA technician certification content and guidelines.



Dr. Ronald Sterkenburg is a professor at the Aviation Technology Department at Purdue University. He is a certificated Airframe & Powerplant mechanic (A & P), holds an Inspector Authorization (IA), and performs the duties as a Designated Mechanic Examiner. Dr. Sterkenburgs main research interests are in advanced composite materials for aerospace vehicles. He has published many articles, book chapters, and books on all types of aviation maintenance topics.