Aircraft Maintenance and repair
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 aviation technology that provides updated information needed to prepare for an FAA airfra...
| Otros Autores: | , |
|---|---|
| Formato: | Libro electrónico |
| Idioma: | Inglés |
| Publicado: |
New York, New York :
McGraw-Hill Education
[2013]
|
| Edición: | 7th ed |
| Materias: | |
| Ver en Biblioteca Universitat Ramon Llull: | https://discovery.url.edu/permalink/34CSUC_URL/1im36ta/alma991009628242806719 |
Tabla de Contenidos:
- Cover
- Title Page
- Copyright Page
- About the Authors
- Contents
- Preface to the Seventh Edition
- Preface to the Sixth Edition
- 1. Hazardous Materials and Safety Practices
- Hazardous Materials
- Chemical Agents
- Flammables (and Combustibles)
- Generally Recommended Personal Safety Equipment
- Handling and Storage
- Typical Emergency Procedures
- Corrosives
- Generally Recommended Personal Safety Equipment
- Handling and Storage
- Typical Emergency Procedures
- Toxins
- Generally Recommended Personal Safety Equipment
- Handling and Storage
- Typical Emergency Procedures
- Reactives
- Generally Recommended Personal Safety Equipment
- Handling and Storage
- Typical Emergency Procedures
- Material Compatibility with Chemical Agents
- Physical Hazards
- Biological Hazards
- Osha's Hazardous Communications Standards
- Material Safety Data Sheets
- Inventory
- Labeling
- Disposal and Accidental Releases of Hazardous Materials
- Review Questions
- 2. Aircraft Structures
- Aircraft Structural Design
- Load Factors and Airplane Design
- Aircraft Loads
- The V-N Diagram
- Principal Aircraft Structures
- Aircraft Station Numbers
- Fuselage Stations
- Wing Stations
- Water Line
- Butt Line
- Component Stations
- Summary
- Zoning
- Major Subzones
- Nomenclature and Definitions
- Fuselages
- Types of Fuselages
- General Construction of Fuselages
- Transport Aircraft Fuselages
- Bonded Fuselages
- Composite Construction
- Fuselage Components
- Cockpits, Cabins, and Compartments
- Cockpit, or Pilot's Compartment
- Passenger Compartments
- Requirements for Doors and Exits
- Doors and Windows
- Cargo Compartments
- Wings
- Basic Features of Wing Construction
- Wood Wing Construction
- Transport Aircraft Wings
- Tail and Control Surfaces
- Horizontal Stabilizer
- Vertical Stabilizers.
- Control Surfaces
- Landing Gear
- Types of Landing Gear
- Powerplant Structures
- Nacelles
- Firewalls
- Engine Mounts
- Cowling and Fairings
- Rotorcraft Structures
- Fuselage
- Landing Gear
- Review Questions
- 3. Fabrication and Repair of Wood Structures
- Aircraft Woods
- Softwoods
- Hardwoods
- Terminology for Woods
- Evaluating Wood for Aircraft Use
- Wood Substitutions
- Plywood
- Laminated Wood
- Adhesives and Bonding Procedures
- Types of Adhesives
- Mixing Adhesives
- Surface Preparation for Adhesive Bonding
- Adhesive Bonding Procedures
- Bonding Pressure
- Bonding Temperature
- Construction and Repair of Wood Structures
- Nomenclature for Wooden Aircraft
- Bending and Forming Wood
- Wing Spar Construction
- Spar Repairs
- Rib Construction
- Leading- and Trailing-Edge Strips
- Wing-Tip Bow Construction and Repair
- Installation of Plywood Skin
- Repair of Damaged Plywood Structures
- Fiber Insert Nut Plates
- Skis
- Finishing Repaired Wood Surfaces
- Care of Aircraft with Wood Structures
- Control of Moisture
- Effects of Temperature
- Operation and Handling
- Inspection of Airplanes Having Wood Structures
- Defects in Wood Structures
- Inspection Procedures
- Review Questions
- 4. Fabric Coverings
- Fabric Types and Terminology
- Nomenclature for Fabrics
- Organic Fabrics
- Inorganic Fabrics
- Surface Tape
- Reinforcing Tape
- Sewing Threads and Lacing Cords
- Grommets
- Inspection Rings
- Special Fasteners
- Miscellaneous Materials
- Dopes and Finishing Materials
- Nitrate and Butyrate Dopes
- Fungicidal Additives
- Aluminum Powders and Pastes
- Rejuvenators
- Special Finishing Products
- Solvents and Thinners
- Retarders
- Facilities and Equipment for Aircraft Covering
- The Fabric Shop
- Tools and Equipment for Covering
- Selection of Fabric Covering Material.
- Minimum Fabric Requirements
- STCs and Other Approvals
- Application of Fabric Covers for Aircraft
- Preparing the Structure
- Fabric Seams
- Covering Methods
- Installation of Fabric
- Rib Lacing and Other Attachment Methods
- Application of Surface Tape
- Finishing Process
- Fabric Inspection
- Causes of Deterioration
- Testing Methods
- Required Tensile Strength
- Repair of Fabric Coverings
- Tears in Fabric
- Doped Repairs
- Sewn-in Patch
- Doped-on Panel Repair
- Sewn-in Panel Repair
- Fabric Rejuvenation
- Review Questions
- 5. Aircraft Painting and Markings
- Aircraft Finishing Materials
- Paint Systems
- Wet Film Properties
- Paint System Components
- Types of Finishes
- Thinners and Reducers
- Additives
- Spray-Paint Equipment
- Spray Booth and Exhaust Systems
- Compressed-Air Systems
- Spray Equipment Classification
- Spray Guns
- Using a Spray Gun
- Finishing Metal Aircraft and Parts
- Paint Removal
- Sanding
- Corrosion Protection
- Surface Preparation
- Application of Primers
- Topcoat Finishes
- Identification of Finish Coatings
- Touching Up Finishes
- Masking and Decorative Trim
- Rubbing Compounds
- Common Painting Problems
- Registration Marks for Aircraft
- Required Markings
- Location of Marks for Fixed-Wing Aircraft
- Location of Marks for Non-Fixed-Wing Aircraft
- Sizes of Nationality and Registration Marks
- Laying Out Letters and Numbers
- Review Questions
- 6. Welding Equipment and Techniques
- Fundamentals of Welding
- Types of Welding
- Identification of Metals
- Types of Weld Joints
- Welding Characteristics and Nomenclature
- Oxyacetylene Welding
- Oxyacetylene Welding Equipment
- Setting Up Oxyacetylene Welding Equipment
- Shutting Down the Welding Apparatus
- Preparation of the Metal
- Gas Welding Techniques
- Holding the Torch.
- Forming the Puddle and Adding Filler Material
- Torch Motions
- Forehand Welding
- Backhand Welding
- Welding Positions
- Weld Quality
- Gas Welding Aluminum, Magnesium, and Titanium
- Electric-Arc Welding
- The Welding Circuit
- Welding Arc
- Electrode, or Rod
- Inert-Gas Welding
- Types of Inert-Gas Welding
- Advantages of Inert-Gas Welding
- Inert-Gas Welding Joint Design
- Weld Backup
- Gas Tungsten-Arc Welding (GTAW)
- Gas Metal-Arc (MIG) Welding (GMAW)
- Plasma-Arc Welding (PAW)
- Conclusion
- Review Questions
- 7. Welded Aircraft Structures and Repair
- Construction of Steel-Tube Assemblies by Welding
- Types of Steel Tubing
- Joint Designs
- Alignment Fixtures
- Welding Procedure
- Attachment of Welded Fittings
- Corrosion Protection
- Finishing of Welded Structures
- Inspection of Steel-Tube Structures
- Visual Inspection
- Aircraft Tubing Repair
- Procedures for Weld Repairs
- Controlling Distortion
- Devices for Holding Tubular Structures in Alignment
- Repairs to Fittings
- Repairing Bends and Dents
- Surface Patches
- Major Welded Repairs
- Rosette Welds
- Inner-Sleeve Repairs
- Splicing Using Larger-Diameter Replacement Tubes
- Outside-Sleeve Repairs
- Replacement of a Cluster at a Station
- Repair at Built-in Fuselage Fittings
- Repair of Streamline Tubing
- Repair of Engine Mounts
- Wing- and Tail-Surface Repairs
- Welded Repair of Fabric-Covered Steel Fuselage
- Special Welding Repairs
- Steel Parts That Must Not Be Welded
- Repairable Axle Assemblies
- Repair of Engine Exhaust Units
- Repair of Fuel and Oil Tanks
- Cowlings
- Soldering and Brazing
- Sweat Soldering
- Flux
- Soft Soldering
- Hard Soldering (Brazing)
- Special Soldering Applications
- Review Questions
- 8. Sheet-Metal Construction
- Design Philosophies
- Safe-Life Design
- Fail-Safe Design.
- Damage-Tolerant Design
- Application of Safety Factors
- Margin of Safety
- Factors Affecting Sheet-Metal Part and Joint Design
- Stresses
- Strain
- Fatigue
- Cracks and Scratches
- Stress Risers
- Hole Generation
- Relief Holes
- Stress Corrosion
- Load Transfer Through Structural Fasteners
- Fundamental Calculations for Structures
- Loads Applied in Structural Fastener Joints
- Bending Metals
- Minimum Bend Radius
- Characteristics of a Bend
- Bend Nomenclature
- Bend Allowance
- Flat Layout: Leg Length
- Bend-Allowance Calculations
- Flat-Pattern Layout
- Bend-Allowance Tables
- Preparation for Layout Work
- Working Surface
- Layout Process
- Planning the Work
- Reference Edges and Reference Lines
- Care of Material During Layout
- Hand Tools for Sheet-Metal Work
- Hammers
- Hand Nibbling Tool
- Hole Saws
- Chassis Punch
- Hand Rivet Set
- Rivet Gun and Set
- Bucking Bars
- Sheet Fasteners
- Hole Finder
- Rivet Cutter
- Floor and Bench Machinery for Sheet-Metal Work
- Squaring Shears
- Gap-Squaring Shears
- Slitting Shears
- Throatless Shears
- Rotary Slitting Shears
- Scroll Shear
- Unishears
- Nibbling Machine (Nibbler)
- Rotary Punch
- Folding Machines
- Cornice Brake
- Box and Pan Brake
- Forming Roll
- Turning Machine
- Beading Machines
- Crimping Machine
- Combination Rotary Machine
- Metal-Cutting Band Saw
- Stakes
- Drill Press
- Other Power Tools
- Fabrication of Sheet-Metal Parts
- Templates
- Cutting Sheet Metal
- Bending the Part
- Bending Sheet Metal
- Joggle
- Curved Flanges
- Metal Bumping
- Riveting
- Drilling Holes for Fasteners
- Determining Fastener Hole Size and Drill Size
- Installing Rivets
- Shaved Rivets
- Removing Rivets
- Review Questions
- 9. Sheet-Metal Inspection and Repair
- Sheet-Metal Inspection
- Nondestructive Testing.
- Sheet-Metal Repair.
