Blast-Related Lung Injury Risk Estimation Based on Chest Wall Velocity

Author:

Boutillier JohannaORCID,Prat Nicolas,De Mezzo Sébastien,Magnan Pascal,Naz Pierre

Funder

Agence Nationale de la Recherche

Publisher

Springer Science and Business Media LLC

Subject

Mechanical Engineering,Biomedical Engineering,Biotechnology

Reference21 articles.

1. Cooper GJ, Townend DJ, Cater SR, Pearce BP (1991) The role of stress waves in thoracic visceral injury from blast loading: Modification of stress transmission by foams and high-density materials. J Biomech 24(5):273–285

2. Jetté FX, Dionne JP, Williams K, Anctil B, Makris A (2004) Development of a mannequin for assessment of blast injuries and lethality – Assessment of protective systems. Proceedings of the MABS 18th Conference. Schneizlreuth, Germany

3. Phillips YY, Mundie TG, Yelverton JT, Richmond DR (1988) Cloth ballistics vest alters response to blast. J Trauma 28(1):S149–S152

4. Thom C, Cronin D, Ouellet S, Makris A (2007) Numerical simulation of primary blast injury amplification by fabrics. J Biomech 40(S2):56–57

5. Prat NJ, Boutillier J, Cardona V et al (2019) Injury and biomarkers from pigs following isolated open-field blast exposure depend on ballistic protection level. Poster from the Military Health System Reseach Symposium, Kissimmee

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1. Damage mechanism of the human thorax under the combined loading of fragment group and shock waves;International Conference on Mathematics and Machine Learning;2023-11-24

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