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Introduction | |
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Conventional Engineering Materials | |
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Metals | |
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Plastics | |
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Ceramics | |
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Composites | |
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What Are Composites? | |
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Functions of Fibers and Matrix | |
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Special Features of Composites | |
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Drawbacks of Composites | |
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Composites Processing | |
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Composites Product Fabrication | |
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Composites Markets | |
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The Aerospace Industry | |
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The Automotive Industry | |
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The Sporting Goods Industry | |
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Marine Applications | |
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Consumer Goods | |
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Construction and Civil Structures | |
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Industrial Applications | |
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Barriers in Composite Markets | |
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References | |
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Questions | |
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Raw Materials for Part Fabrication | |
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Introduction | |
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Reinforcements | |
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Glass Fiber Manufacturing | |
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Carbon Fiber Manufacturing | |
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Aramid Fiber Manufacturing | |
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Matrix Materials | |
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Thermoset Resins | |
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Thermoplastic Resins | |
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Fabrics | |
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Woven Fabrics | |
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Noncrimp Fabrics | |
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Prepregs | |
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Thermoset Prepregs | |
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Thermoplastic Prepregs | |
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Preforms | |
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Molding Compound | |
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Sheet Molding Compound | |
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Thick Molding Compound (TMC) | |
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Bulk Molding Compound (BMC) | |
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Injection Moldable Compounds | |
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Honeycomb and Other Core Materials | |
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References | |
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Questions | |
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Material Selection Guidelines | |
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Introduction | |
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The Need for Material Selection | |
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Reasons for Material Selection | |
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Material Property Information | |
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Steps in the Material Selection Process | |
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Understanding and Determining the Requirements | |
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Selection of Possible Materials | |
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Determination of Candidate Materials | |
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Testing and Evaluation | |
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Material Selection Methods | |
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Cost vs. Property Analysis | |
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Weighted Property Comparison Method | |
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Expert System for Material Selection | |
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Bibliography | |
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Questions | |
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Product Development | |
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Introduction | |
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What Is the Product Development Process | |
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Reasons for Product Development | |
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Importance of Product Development | |
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Concurrent Engineering | |
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Product Life Cycle | |
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Phases of Product Development | |
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Concept Feasibility Phase | |
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Detailed Design Phase | |
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Prototype Development and Testing Phase | |
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Preproduction Demonstration, or Pilot-Scale Production | |
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Full-Scale Production and Distribution | |
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Continuous Improvement | |
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Design Review | |
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Failure Modes and Effects Analysis (FMEA) | |
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Reference | |
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Bibiliography | |
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Questions | |
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Design for Manufacturing | |
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Introduction | |
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Design Problems | |
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What Is DFM? | |
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DFM Implementation Guidelines | |
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Minimize Part Counts | |
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Eliminate Threaded Fasteners | |
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Minimize Variations | |
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Easy Serviceability and Maintainability | |
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Minimize Assembly Directions | |
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Provide Easy Insertion and Alignment | |
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Consider Ease for Handling | |
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Design for Multifunctionality | |
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Design for Ease of Fabrication | |
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Prefer Modular Design | |
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Success Stories | |
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Composite Pickup Box | |
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Laser Printer | |
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Black and Decker Products | |
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When to Apply DFM | |
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Design Evaluation Method | |
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Design for Assembly (DFA) | |
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Benefits of DFA | |
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Assembly-Related Defects | |
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Guidelines for Minimizing Assembly Defects | |
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References | |
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Questions | |
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Manufacturing Techniques | |
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Introduction | |
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Manufacturing Process Selection Criteria | |
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Production Rate/Speed | |
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Cost | |
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Performance | |
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Size | |
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Shape | |
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Product Fabrication Needs | |
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Mold and Tool Making | |
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Mold Design Criteria | |
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Methods of Making Tools | |
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Tooling Guidelines for Closed Molding Operations | |
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Basic Steps in a Composites Manufacturing Process | |
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Impregnation | |
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Lay-up | |
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Consolidation | |
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Solidification | |
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Advantages and Disadvantages of Thermoset and Thermoplastic Composites Processing | |
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Advantages of Thermoset Composites Processing | |
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Disadvantages of Thermoset Composites Processing | |
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Advantages of Thermoplastic Composites Processing | |
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Disadvantages of Thermoplastic Composites Processing | |
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Composites Manufacturing Processes | |
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Manufacturing Processes for Thermoset Composites | |
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Prepreg Lay-Up Process | |
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Wet Lay-Up Process | |
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Spray-Up Process | |
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Filament Winding Process | |
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Pultrusion Process | |
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Resin Transfer Molding Process | |
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Structural Reaction Injection Molding (SRIM) Process | |
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Compression Molding Process | |
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Roll Wrapping Process | |
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Injection Molding of Thermoset Composites | |
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Manufacturing Processes for Thermoplastic Composites | |
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Thermoplastic Tape Winding | |
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Thermoplastic Pultrusion Process | |
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Compression Molding of GMT | |
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Hot Press Technique | |
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Autoclave Processing | |
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Diaphragm Forming Process | |
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Injection Molding | |
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References | |
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Bibliography | |
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Questions | |
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Process Models | |
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Introduction | |
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The Importance of Models in Composites Manufacturing | |
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Composites Processing | |
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Process Models for Selected Thermosets and Thermoplastics Processing | |
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Thermochemical Sub-Model | |
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Flow Sub-Model | |
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Void Sub-Model | |
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Stress Sub-Model | |
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Process Model for RTM | |
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References | |
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Questions | |
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Production Planning and Manufacturing Instructions | |
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Introduction | |
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Objectives of Production Planning | |
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Bill of Materials | |
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Manufacturing Instructions | |
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Manufacturing Instructions for Making Tooling Panels | |
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Manufacturing Instructions for Making Flaps | |
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Capacity Planning | |
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Problem Definition | |
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Assumptions | |
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Capacity Analysis | |
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Questions | |
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Joining of Composite Materials | |
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Introduction | |
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Adhesive Bonding | |
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Failure Modes in Adhesive Bonding | |
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Basic Science of Adhesive Bonding | |
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Types of Adhesives | |
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Advantages of Adhesive Bonding over Mechanical Joints | |
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Disadvantages of Adhesive Bonding | |
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Adhesive Selection Guidelines | |
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Surface Preparation Guidelines | |
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Design Guidelines for Adhesive Bonding | |
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Theoretical Stress Analysis for Bonded Joints | |
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Mechanical Joints | |
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Advantages of Mechanical Joints | |
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Disadvantages of Mechanical Joints | |
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Failure Modes in a Bolted Joint | |
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Design Parameters for Bolted Joints | |
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Preparation for the Bolted Joint | |
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References | |
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Questions | |
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Machining and Cutting of Composites | |
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Introduction | |
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Objectives/Purposes of Machining | |
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Challenges during Machining of Composites | |
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Failure Mode during Machining of Composites | |
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Cutting Tools | |
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Types of Machining Operations | |
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Cutting Operation | |
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Drilling Operation | |
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References | |
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Questions | |
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Cost Estimation | |
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Introduction | |
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The Need for Cost Estimating | |
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Cost Estimating Requirements | |
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Types of Cost | |
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Nonrecurring (Fixed) Costs | |
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Recurring (Variable) Costs | |
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Cost Estimating Techniques | |
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Industrial Engineering Approach (Methods Engineering) | |
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ACCEM Cost Model | |
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First-Order Model | |
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Cost Estimating by Analogy | |
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Cost Analysis for Composite Manufacturing Processes | |
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Hand Lay-up Technique for Aerospace Parts | |
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Filament Winding for Consumer Goods | |
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Compression Molded SMC Parts for Automotive Applications | |
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Learning Curve | |
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Guidelines for Minimization of Production Cost | |
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References | |
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Bibliography | |
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Questions | |
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Recycling of Composites | |
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Introduction | |
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Categories of Dealing with Wastes | |
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Landfilling or Burying | |
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Incineration or Burning | |
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Recycling | |
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Recycling Methods | |
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Regrinding | |
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Pyrolysis | |
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Existing Infrastructure for Recycling | |
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Automotive Recycling Infrastructure | |
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Aerospace Recycling Infrastructure | |
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References | |
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Questions | |
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Index | |