Jason M. Bourke
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Also affiliated: UNSW Sydney (2008); New York Institute of Technology (2018–2026); Ohio University (2014–2023); Arkansas Biosciences Institute (2026)
Research Areas
Biomedical Subjects
Links
Biography and Research Information
OverviewAI-generated summary
Jason M. Bourke's research investigates biomechanical principles and their application to biological systems, including extinct species and domestic animals. His work utilizes computer simulation and three-dimensional finite element analysis to study phenomena such as bite force, skull stress, and nasal airflow. Bourke has examined the functional morphology of dinosaur nasal passages, exploring their role as heat exchangers and aerodynamic baffles. He has also investigated musculoskeletal injury risk factors in racing horses and assessed the efficacy of prosthetics for treating laryngeal hemiplegia in horses. Additionally, his research has explored the relationship between distal radial epiphysis closure and unsoundness in young thoroughbreds. Bourke's scholarship also extends to the facial morphology of Neanderthals, analyzing how it relates to adaptation to cold environments and energy demands.
Metrics
- h-index: 9
- Publications: 20
- Citations: 368
Selected Publications
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Computational fluid dynamics simulations of airflow through the nasal passages of rhinolophoid bats (2026)
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The living dinosaur: accomplishments and challenges of reconstructing dinosaur physiology (2025)
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Psoas Quartus and Femoral Nerve Branching: A Case Report and Potential Clinical Implications (2025)
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Anatomical variations in hearing and sound production in amniotes (2025)
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Septal deviation in the nose of the longest faced crocodylian: A description of nasal anatomy and airflow in the Indian gharial (Gavialis gangeticus) with comments on acoustics (2021)
Collaboration Network
Top Collaborators
- Anatomical variations in hearing and sound production in amniotes
- Computational fluid dynamics simulations of airflow through the nasal passages of rhinolophoid bats
- Anatomical variations in hearing and sound production in amniotes
- Computational fluid dynamics simulations of airflow through the nasal passages of rhinolophoid bats
- Septal deviation in the nose of the longest faced crocodylian: A description of nasal anatomy and airflow in the Indian gharial (Gavialis gangeticus) with comments on acoustics
- Septal deviation in the nose of the longest faced crocodylian: A description of nasal anatomy and airflow in the Indian gharial (Gavialis gangeticus) with comments on acoustics
- Psoas Quartus and Femoral Nerve Branching: A Case Report and Potential Clinical Implications
- Psoas Quartus and Femoral Nerve Branching: A Case Report and Potential Clinical Implications
- Psoas Quartus and Femoral Nerve Branching: A Case Report and Potential Clinical Implications
- The living dinosaur: accomplishments and challenges of reconstructing dinosaur physiology
- The living dinosaur: accomplishments and challenges of reconstructing dinosaur physiology
- The living dinosaur: accomplishments and challenges of reconstructing dinosaur physiology
- Computational fluid dynamics simulations of airflow through the nasal passages of rhinolophoid bats
- Computational fluid dynamics simulations of airflow through the nasal passages of rhinolophoid bats
- Computational fluid dynamics simulations of airflow through the nasal passages of rhinolophoid bats
- Computational fluid dynamics simulations of airflow through the nasal passages of rhinolophoid bats
- Computational fluid dynamics simulations of airflow through the nasal passages of rhinolophoid bats
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