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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.6: Failure Mechanisms & Design Criteria |
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| A: Mechanisms of failure |
| A100: General |
| A200: FRP laminates - failure mechanisms and failure type |
| A300: Sandwich structures - failure mechanisms and failure type |
| A400: Displacements and long term failure mechanisms and failure type |
| A500: Link between failure modes and failure mechanisms |
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| B: Design criteria - general approach |
| B100: General |
| B200: Design criteria for single loads |
| B300: Design criteria for combined loads |
| B400: Time dependency and influence of the environment |
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| C: Fibre failure |
| C100: General |
| C200: Fibre failure at the ply level |
| C300: Fibre failure check using a modified Tsai-Wu criterion |
| C400: Special considerations for fibre failure under inplane compressive loads |
| C500: Fibre failure checked by component testing |
| C600: Fracture mechanics approach |
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| D: Matrix cracking |
| D100: General |
| D200: Matrix failure based on simple stress criterion |
| D300: Matrix failure based on Puck's criterion |
| D400: Obtaining orientation of the failure surface |
| D500: Matrix cracking caused only by shear |
| D600: Matrix failure checked by component testing |
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| E: Delamination |
| E100: General |
| E200: Onset of delamination |
| E300: Delamination growth |
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| F: Yielding |
| F100: General |
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| G: Ultimate failure of orthotropic homogenous materials |
| G100: General |
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| H: Buckling |
| H100: Concepts and definitions |
| H200: General requirements |
| H300: Requirements when buckling resistance is determined by testing |
| H400: Requirements when buckling is assessed by analysis |
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| I: Displacements |
| I100: General |
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| J: Long term static loads |
| J100: General |
| J200: Creep |
| J300: Stress relaxation |
| J400: Stress rupture - stress corrosion |
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| K: Long term cyclic loads |
| K100: General |
| K200: Change of elastic properties |
| K300: Initiation of fatigue damage |
| K400: Growth of fatigue damage |
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| L: Impact |
| L100: General |
| L200: Impact testing |
| L300: Evaluation after impact testing |
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| M: Wear |
| M100: General |
| M200: Calculation of the wear depth |
| M300: Component testing |
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| N: High / low temperature / fire |
| N100: General |
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| O: Resistance to explosive decompression |
| O100: Materials |
| O200: Interfaces |
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| P: Special aspects related to sandwich structures |
| P100: General |
| P200: Failure of sandwich faces |
| P300: Failure of the sandwich core |
| P400: Failure of the sandwich skin-core interface |
| P500: Buckling of sandwich structures |
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| Q: Chemical decomposition / galvanic corrosion |
| Q100: General |
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| R: Requirements for other design criteria |
| R100: General |
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