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The electronic pdf versions of the documents found through http://www.dnv.com/ are the officially binding versions. Copyright Det Norske Veritas.
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DNV-OS-C501 Composite Components |
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| Sec.4: Materials - Laminates |
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| A: General |
| A100: Introduction |
| A200: Laminate specification |
| A300: Lay-up specification |
| A400: Orthotropic plies |
| A500: Mechanical properties |
| A600: Characteristic values of mechanical properties |
| A700: Properties of laminates with damage |
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| B: Static properties |
| B100: General |
| B200: Static properties |
| B300: Relationship between strength and strain to failure |
| B400: Characteristic values |
| B500: Experimental measurement of matrix and fibre dominated strain to failure |
| B600: Experimental measurement of ply shear properties |
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| C: Properties under long term static and cyclic and high rate loads |
| C100: Introduction |
| C200: Creep |
| C300: Stress rupture |
| C400: Static strength reduction due to permanent static loads |
| C500: Stress relaxation |
| C600: Change of Modulus of elasticity under cyclic fatigue |
| C700: Cycles to failure under cyclic fatigue loads |
| C800: Cycles to failure under fatigue loads for matrix dominated strengths |
| C900: Static strength reduction due to cyclic loads |
| C1000: Effect of high loading rates - shock loads - impact |
| C1100: Characteristic values |
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| D: Other properties |
| D100: Thermal expansion coefficient |
| D200: Swelling coefficient for water or other liquids |
| D300: Diffusion coefficient |
| D400: Thermal conductivity |
| D500: Friction coefficient |
| D600: Wear resistance |
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| E: Influence of the environment on properties |
| E100: Introduction |
| E200: Effect of temperature |
| E300: Effect of water |
| E400: Effect of chemicals |
| E500: Effect of UV radiation |
| E600: Electrolytic Corrosion |
| E700: Combination of environmental effects |
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| F: Influence of process parameters |
| F100: Introduction |
| F200: Change of production method |
| F300: Change of processing temperature and pressure |
| F400: Change of post cure procedure |
| F500: Change of void content |
| F600: Correction for change in fibre volume fraction |
| F700: Control of fibre orientation: |
| F800: Control of fibre tension: |
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| G: Properties under fire |
| G100: Introduction |
| G200: Fire reaction |
| G300: Fire resistance |
| G400: Insulation |
| G500: Properties after the fire |
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| H: Qualification of material properties |
| H100: Introduction |
| H200: General test requirements |
| H300: Selection of material qualification method |
| H400: Direct measurement |
| H500: Representative data |
| H600: Qualification against representative data |
| H700: Confirmation testing for static data |
| H800: Confirmation testing for long term data - high safety class |
| H900: Confirmation testing for long term data - normal safety class |
| H1000: Use of manufacturers data or data from the literature as representative data |
| H1100: Confirming material data by component testing |
| H1200: Comparing results from different processes and lay-ups |
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| I: Properties with damaged or nonlinearly deformed matrix |
| I100: Introduction |
| I200: Default values |
| I300: Experimental approach |
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