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Helicopter Crashworthiness: A Chronological Review of ResearchRelated to Water Impact from 1982 to 2006

By Kevin Hughes and James C. Campbell

Abstract

This paper discusses in detail the contributions made in the field of water impact from 1982 to 2006 and provides a summaryof the major theoretical, experimental, and numerical accomplishments, up to and including the latest present-day Europeanprograms on helicopter water crashworthiness. A summary of the major findings is presented, and their importance to thedirection of water crashworthiness development is discussed, together with recommendations for future research

Topics: Helicopter Crashworthiness Water Impact Ditching
Publisher: American Helicopter Society Inc
Year: 2008
DOI identifier: 10.4050/JAHS.53.429
OAI identifier: oai:dspace.lib.cranfield.ac.uk:1826/5677
Provided by: Cranfield CERES
Journal:

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Citations

  1. (2008). 51TASS – TNO Automotive Safety Solutions, Developers of MADYMO, http://www.tass-safe.com/cms/index.php - last accessed
  2. (1990). 60Air Accident Investigation Branch, “Report on the Accident to Sikorski SG1N, GBTWL at Brent Spar,
  3. (2003). 64”CAST – Crashworthiness of Helicopters onto Water – Design of Structures using Advanced Simulation Tools”, funded by the
  4. 66CRAHVI – Crashworthiness of Aircraft for High Velocity Impact” funded by the
  5. 67Civil Aviation Authority, “Crashworthiness of Helicopter Floatation Systems”, Civil Aviation Authority Contact Report,
  6. (1998). 9”Joint Service Specification Design Guide, Crew Systems Crash Protection Handbook”,
  7. (2006). A Frictionless Contact Algorithm for Meshless Methods”,
  8. (2006). A New Composite Energy Absorbing System for Aircraft and Helicopter”, doi
  9. (2002). A New Concept for a Helicopter Subfloor Structure, Crashworthy in Impacts on Water and Rigid Surfaces”,
  10. (1986). Acquisition and use of Data for Crashworthiness Improvements in US Army Helicopters”, American Helicopter Society National Specialists'
  11. (1997). Aircraft and Helicopter Crashworthiness: Design and Simulation”, Crashworthiness of Transportation Systems: Structural Impact and Occupant Protection, edited by J.A.C. doi
  12. (1986). Analysis of US Civil Rotorcraft Accidents for Development of Improved Design Criteria”, American Helicopter Society National Specialists'
  13. (2005). Application of Improved Lagrangian Techniques to Helicopter Impacts on Water”, PhD Thesis,
  14. (2006). Application of the Finite Element Method for Developing Helicopter Crashworthiness for Impacts on Water:
  15. (2005). Cavitation Modeling in DYNA3D”, MSc Thesis,
  16. (2002). Comparison of Hard Surface and Soft Soil Impact Performance of a Crashworthy Composite Fuselage Concept”,
  17. (1998). Composite Helicopter Crashworthiness”, 24 th European Rotorcraft Forum,
  18. (1999). Crash Analysis of an EnergyAbsorbing Subfloor during Ground and Water Impact’, American Helicopter
  19. (1977). Crash Simulation of Skin-Frame Structures using a Finite Element Code”, SAE paper 770484, doi
  20. (2002). Crashworthiness of Helicopter Subfloor Structures”, doi
  21. (2003). Crashworthiness of Helicopters on Water: Test and Simulation of a Full-scale WG-30 Impacting on Water”, doi
  22. (2002). Crashworthiness of Rotorcraft on Water: an Experimental Test Campaign”, 28 th European Rotorcraft Forum,
  23. (1999). Crashworthy Evaluation of a 1/5-Scale Model Composite Fuselage Concept”, doi
  24. (2001). Delamination Modeling of Composites for Improved Crash Analysis”,
  25. (1998). Development of a 1/5 Scale Model Fuselage Concept for Improved Crashworthiness”, doi
  26. (1987). DYCAST – A Finite Element Program for the Crash Analysis of Structures”, NASA
  27. (2003). Evaluation and Validation of a Typical Helicopter Subfloor Response to an
  28. (1986). Evaluation of the Crash Environment for US Navy Helicopters……the Hazards and Navy Response”, American Helicopter Society National Specialists'
  29. (2003). Finite Element Analysis of Impacts on Water and its Application to Helicopter Water Landing and Occupant Safety”, doi
  30. (2000). Finite Element Modeling of
  31. (2000). Finite Element Simulation of a Full Scale Crash Test of a Composite Helicopter”, American Helicopter Society 56 th Annual Forum Proceedings, doi
  32. (2000). Finite Element Simulation of a Full-scale Crash Test of a Composite Helicopter”, doi
  33. (2003). Full-Scale Crash Test and Finite Element Simulation of a Composite Prototype Helicopter”, NASA TP2003—212641, ARL-TR-2824,
  34. (2003). Helicopter Sub-Floor Structure Crash Modeling – Rigid Wall and Water Impact”, MSc Thesis,
  35. (2001). HeliSafe - EU Research into Occupant Safety in Helicopter Crashes”, doi
  36. (2003). Hydrocode Modeling of Water Impact”, PhD Thesis,
  37. (2001). Impact Testing and Simulation of a Crashworthy Composite Fuselage Concept”, doi
  38. (2002). Impact Testing and Simulation of a Crashworthy Composite Fuselage Section with Energy-Absorbing Seats and Dummies”, doi
  39. (2000). Impact Testing and Simulation of a Crashworthy Composite Fuselage”, doi
  40. (2000). Improvement of Numerical Methods for Crash Analysis doi
  41. (2002). Increasing the Survivability of Helicopter Accidents over Water”, First European Survivability Workshop, Cologne-Wahn,
  42. (1988). MIL-STD01210A, Light Fixed and Rotary Wing Aircraft Resistance”, Department of Defense,
  43. (2007). MultiTerrain Impact Testing of a Composite Energy Absorbing Fuselage Section”,
  44. (1993). Naval Rotorcraft Water Impact Crash Simulation Using Program KRASH”,
  45. (2004). Neural Network Systems to Reproduce Crash doi
  46. (1999). Numerical Modeling of the Impact on Water of a Flexible Structure by Explicit Finite doi
  47. (2004). Numerical Simulation of a Composite Helicopter Subfloor Structure Subjected to a Water Impact”, American Helicopter Society 60th Annual Forum,
  48. (2002). Occupant Responses in a FullScale Crash Test
  49. (2002). Practices for Crash Modeling and Simulation”,
  50. (2006). Recent Advances in the Development of Helicopter Crashworthiness for Impact on Water”, 32 nd European Rotorcraft Forum,
  51. (2006). Review of Water Entry with Applications to Aerospace Structures”, doi
  52. (2000). Rotary Wing Aircraft Water Impact Test and Analyses Correlation”, American Helicopter Society 56 th Annual Forum,
  53. (1982). Rotorcraft Ditchings and Water Related Impacts that occurred from
  54. (2004). Simulation of a Composite Helicopter Subfloor Impact on Water”, MSc Thesis,
  55. (2001). Simulation of Helicopter Subfloor Structure Impact on Water”,
  56. (2002). Simulation of the Impact on Water of a Subfloor Component and a
  57. (2004). Surface and Water Impact Simulations of Two Helicopter Subfloor Concepts”, American Helicopter Society 60 th Annual Forum,
  58. (1929). Th. “The Impact of Seaplane Floats during Landing”,
  59. (1998). The Development of a Rotorcraft Water-Impact Analysis Methodology”, American Helicopter Society Crashworthiness Specialists Meeting on Crash Safety,
  60. (1980). Theory and Application of Finite Element Analysis to Structural Crash Simulation”, doi
  61. (2006). User Manuals/ Theory; Volume 1-3, dated 31 st December,
  62. (2002). WCCM V: Fifth World Congress on Computational Mechanics,

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