Comprised of unique multidisciplinary collaborations between military medical officers and civilian engineers and scientists, the Centre attracts outstanding researchers and students from around the world, all of whom are dedicated to addressing the difficult research issues surrounding blast injury with a clinically-led approach.
|Dr Hari Arora, Bioengineering
Research Fellow in Lung Mechanics
|Professor Anthony Bull, Bioengineering (Centre Director)
Professor of Musculoskeletal Mechanics, Head of Department of Bioengineering
|Professor (Col) Jon Clasper CBE, Bioengineering
Visiting Professor, Clinical Lead
|Dr Mazdak Ghajari, Dyson School of Design Engineering
|Dr Jonathan Jeffers, Mechanical Engineering
|Dr Andrei Kozlov, Bioengineering
Lecturer in Auditory Neuroscience and Biophysics
|Dr Spyros Masouros, Bioengineering
Lecturer in Trauma Biomechanics
|Professor Alison McGregor, Surgery & Cancer
Professor of Musculoskeletal Biodynamics
|Dr Andrew Phillips, Civil and Environmental Engineering
|Dr Bill Proud, Physics
Reader in Shock Physics
Professor Sara Rankin, National Heart & Lung Institute
Professor of Leukocyte and Stem Cell Biology
|Dr Tobias Reichenbach, Bioengineering
Lecturer in Biophysics of Hearing and Sensory Neuroscience
|Professor David Sharp, Medicine
Professor of Neurology
|Dr Harsh Amin, National Heart & Lung Institute
Heterotopic ossification in the context of blast injuries.
|Dr Spencer Barnes, Mechanical Engineering
Design of a device for distal femur amputation.
|Dr Michael Bruyns-Haylett, Bioengineering
How blast-induced injury affects the excitation-inhibition balance and its regulation in auditory cortex.
|Dr Dilen Carpanen, Bioengineering
Computational blast biomechanics.
|Dr Erica Di Federico, Bioengineering
Evaluation of the strength of the bone-ligament-bone complex of the lateral collateral knee ligament across loading rates (from physiological to blast) to provide an estimate of the load required through the joint to result in disarticulation.
|Dr Ziyun Ding, Bioengineering
Musculoskeletal biomechanics of lower limb blast injuries.
|Dr Cornelius Donat, Medicine
Neuroimaging in animal models of traumatic brain and blast injury.
|Mr Grigorios Grigoriadis, Bioengineering
Characterisation of the response of anthropometric test devices in simulated under-body blast taking into account the posture.
|Dr Shabnam Kadir, Bioengineering
Computational auditory neuroscience and neurostimulation.
|Dr Nic Newell, Bioengineering
Biomechanics of spinal blast injuries.
|Dr Thuy-Tien Nguyen, Physics
Characterisation of a Shock Tube for Blast Injury Studies.
|Dr Daniel Stinner, Bioengineering
Improving outcomes following combat-related extremity trauma.
|Dr Fani Tsitouroudi, Bioengineering
Heterotopic ossification model-Blast injury associated.
|Benjamin Butler||Adaptation of models to the study of blast injury.||Dr Katherine Brown|
|Danyal Magnus||Dynamic Tension in Biological Tissues||Dr Bill Proud|
|Alexandros Christou||Injury mechanisms due to high loading rate axial loading of the human spine.||Dr Spyros Masouros|
|Maj Dafydd Edwards||Clinical functional outcome of traumatic amputees.||Professor Anthony Bull, Professor Col Jon Clasper|
|Octave Etard||EEG assessment of central auditory disorder in patients with blast-induced traumatic brain injury.||Dr Tobias Reichenbach|
|Matthew Hopkins||Smart sockets for blast rehabilitation.
||Professor Alison McGregor|
|Josh Kaufmann||Bone health in amputees.||Professor Alison McGregor, Dr Andrew Phillips|
|Richard Pangonis||Blast biomechanics of the human head.
||Dr Mazdak Ghajari|
|Sqn Ldr Phill Pearce||Mechanisms of torso blast injury.||Professor Anthony Bull, Professor Col Jon Clasper|
|Eduardo Rebelo||Modelling of injury and protection of the foot & ankle in mounted blast||Dr Spyros Masouros|
|Marina Saiz Alía||Development of an objective diagnosis of hidden hearing loss and application in the armed forces||Dr Tobias Reichenbach|
|Maj Anna Sharrock||The generation and function of microvesicles in blast injury.
||Professor Sara Rankin|
|David Sory||The effects of load and strain rate on bioogical systems.||Dr Bill Proud|
|Kalpi Vitharana||Blast wave transmission through the thorax and the effects on structure within the lung.
||Dr Hari Arora|
|Sqn Ldr Claire Webster||Mapping the blast pelvis.||Dr Spyros Masouros|
|Xiancheng Yu||Improving helmet design to protect against the effects of blast exposure||Dr Mazdak Ghajari|
|Dan Zaharie||Mitigation of hard and soft tissue pelvic injuries.||Dr Andrew Phillips|