Blast Injury Science and Engineering

<p>Part 1. Basic Science and Engineering.- 1. The fundamentals of blast physics.- 2. Biomechanics in blast.- 3. Behaviour of materials.- 4. Blast Loading of Cells.- 5. Biological Tissue Response.- Part 2. Weapon Effects and the Human.- 6. Blast Injury Mechanism.- Section 3. Principles of Investigating and Modelling Blast and Blast Mitigation.- 7. The examination of post-blast scenes.- 8. Clinical Forensic Investigation of the 2005 London Suicide Bombings.- 9. Modelling the blast environment and relating this to clinical injury- Experience from the 7/7 Inquest.- 10. The mortality review panel: a report on the deaths on operations of UK Service personnel 2002-2013.- 11. Physical Models- Tissue Simulants.-12. Physical Models- Organ models for primary blast.- 13. In Vivo Models of blast injury.- 14. Modelling Blast brain injury.- 15. Military wound ballistics base study: Development of a Skull/Brain Model.- 16. Surrogates of human injury.- 17. Computational methods in continuum mechanics.- 18. Energised fragments: bullets and fragment simulating projectiles.- Part 4. Applications of blast injury research: Solving clinical problems.- 19. Coagulopathy and inflammation: an overview of blast effects.- 20. Foot and Ankle Blast Injuries.- 21. Traumatic Amputation.- 22. Testing and development of mitigation systems for tertiary blast.- 23. Pelvic blast injury.- 24. Behind Armour blunt trauma (BABT).- 25. Blast Injury to the Spine.- 26. Primary Blast Lung Injury.- 27. Regional effec</p>ts of explosive devices: The neck.- 28. Optimising the anatomical coverage provided by military body Armour systems.- 29. Blast injuries of the Eye.- 30. Hearing damage through blast.- 31. Peripheral Nerve Injuries.<p></p><p></p>