Faculty

Institution

Unit

Venue

Dr. Brian Stemper

Professor

Medical College of Wisconsin

Affiliations

Medical College of Wisconsin, Research

Dr. Brian Stemper is currently serving as a Medical College Of Wisconsin, Research Professor at Medical College of Wisconsin.

Honors

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Experiences

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Education

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Dr. Brian Stemper

Medical College of Wisconsin

Professor

You can click a keyword to filter the displayed items

biomedical engineering rehabilitation trauma biomechanics orthopaedic surgery orthopaedic research spinal cord concussion head trauma rehabilitation orthopedic surgery neuroscience brain injury human movement spinal biomechanics musculoskeletal disorders lumbar spine biomechanical engineering spinal cord injury spinal trauma neurorehabilitation cervical spine spine deformities applied physiology spinal cord medicine orthopedic biomechanics bone research impact (mechanics) psychological trauma biomedical research upper extremity spine surgery sport medicine impact loading spine care neck disorder numerical simulations vascular biology sport physical therapy neuropsychopharmacology sport injuries spinal fracture physical medicine mechanical behavior muscle injury sport science cognitive rehabilitation finite element methods biomedical analysis muscle function spinal fusion bone density high-rate loading neck pathology head impact exposure shoulder girdle magnetic resonance imaging brain lesion axial skeleton skeletal trauma brain science exercise science whiplash injury whiplash kinematics axial rotation finite element modeling sport-related concussion side impact size-matched volunteers rear impact ncaa-dod care consortium college football lumbar spine injuries whiplash-associated disorders head-neck complex armor blunt trauma frozen arterial tissue kinesiology traumatology

Notable Scholarly Works

Notable Federal Grants

Collaborators

The Histological and Mechanical Behavior of Skin During Puncture for Different Impactor Sizes and Loading Rates. Annals of Biomedical Engineering (2025)

Joseph LeSueurJared KoserWilliam DzwierzynskiBrian D StemperCarolyn E HamptonMichael KleinbergerFrank A Pintar

morphological impactorthopaedic researchtribologydermatologymechanical engineeringdifferent impactor sizesimpact loadingmechanobiologybone researchbiomechanical engineeringapplied physiologymechanical propertiesbiofabricationimpact (mechanics)high-rate loadingrheologybiomedical engineeringblast loadingmechanics of materials

7.14 Do Head Injury Biomechanics Predict Injury Recovery?. (2024)

Jason P MihalikAvinash ChandranJacob R PowellPatricia R RobyBrian D StemperAlok S ShahSteve RowsonStefan DumaJaroslaw HarezlakLarry RiggenSteven P BroglioThomas W McAllisterMichael McCrea

injury recoveryhead injury biomechanicsneurosciencebiomechanics

Analysis of Injury Metrics From Experimental Cardiac Injuries From Behind Armor Blunt Trauma Using Live Swine Tests: A Pilot Study. Military Medicine (2024)

Narayan YoganandanAlok ShahJared KoserLewis SombergBrian D StemperValeta Carol ChanceyJoseph Barney McEntire

armor blunt traumainjury metricstraumatic cardiac arrestemergency medicinemilitary institutionspilot studymilitary contexttraumacritical careexperimental cardiac injurieslive swine tests

Behind Amor Blunt Trauma Lung and Liver Strains From Indenter Loading via Finite Element Modeling. Journal of Engineering and Science in Medical Diagnostics and Therapy (2024)

Narayan YoganandanKarthik SomasundaramBalaji HarinathanKarthik Banurekha DevarajAlok ShahJared KoserBrian StemperValeta Carol ChanceyB. Joseph McEntire

liver strainsfinite element modelingbiomedical engineeringmedical diagnosticsmedicinetrauma

Behind Armor Blunt Trauma: Liver Injuries Using a Live Animal Model. Military Medicine (2024)

Narayan YoganandanAlok ShahJared KoserBrian D StemperLewis SombergValeta Carol ChanceyJoseph McEntire

liver injuriestraumalive animal modelmedicine

Investigating the Impact of Blunt Force Trauma: A Probabilistic Study of Behind Armor Blunt Trauma Risk. Annals of Biomedical Engineering (2024)

Vivek Bhaskar KoteLance L. FrazerZachary S. HostetlerDerek A. JonesMatthew DavisJoost Op’t EyndeJason KaitDerek PangDale BassJared KoserAlok ShahNarayan YoganandanBrian StemperTimothy BentleyDaniel P. Nicolella

probabilistic studybiomedical engineeringemergency medicineblunt force traumatraumastatistics

Lumbar Spine Orientation Affects Compressive Fracture Outcome. Annals of Biomedical Engineering (2024)

Rachel CutlanMuhammad KhokharNader ShammoutAlok S. ShahLance FrazerNarayan YoganandanBarry S. ShenderJames SheehyGlenn PaskoffDaniel NicolellaTimothy BentleySaman ShabaniBrian D. Stemper

spinal fracturelumbar spineupper extremitylumbar spine orientationbiomedical researchorthopaedic researchcompressive fracture outcomeorthopaedic surgerybone fracturebiomedical engineeringspine deformitiesrehabilitation

Matched-Pair Hybrid Test Paradigm for Behind Armor Blunt Trauma Using an Experimental Animal Model. Trauma Surgery & Acute Care Open (2024)

Narayan YoganandanAlok ShahJamie BaisdenBrian StemperMary OttersonLewis SombergCameron BassRobert SalzarJustin McMahonCarol ChanceyJoseph McEntire

trauma surgeryarmor blunt traumaemergency medicineexperimental animal modeltrauma

Mechanical Characterization of Non-Degraded Porcine Annulus Fibrosus Material Properties. Annals of Biomedical Engineering (2024)

Jack SeifertDennis MaimanLance L. FrazerAlok ShahNarayan YoganandanKeith KingJames B. SheehyGlenn PaskoffTimothy BentleyDaniel P. NicolellaBrian D. Stemper

mechanical characterizationbiomedical researchfibrosus material propertiesmechanical propertiesmechanical engineeringbiomedical engineeringbiomaterialsnon-degraded porcine

Simulative Investigation of the Required Level of Geometrical Individualization of the Lumbar Spines to Predict Fractures. International Journal of Legal Medicine (2024)

Laura Kathrin RiegerMirko JungeRachel CutlanSteffen PeldschusBrian D. Stemper

spinal fracturelumbar spinerequired levelsimulative investigationspinal cord injuryspine surgeryorthopaedic researchorthopaedic surgeryorthopedic surgerylegal medicinespinal biomechanicsbone fracturemusculoskeletal disordersmedicinespinal traumatraumarehabilitationgeometrical individualization

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Dr. Brian Stemper

Professor

Medical College of Wisconsin

Affiliations

Medical College of Wisconsin, Research

Dr. Brian Stemper is currently serving as a Medical College Of Wisconsin, Research Professor at Medical College of Wisconsin.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Dr. Brian Stemper

Medical College of Wisconsin

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

The Histological and Mechanical Behavior of Skin During Puncture for Different Impactor Sizes and Loading Rates. Annals of Biomedical Engineering (2025)

Joseph LeSueurJared KoserWilliam DzwierzynskiBrian D StemperCarolyn E HamptonMichael KleinbergerFrank A Pintar

7.14 Do Head Injury Biomechanics Predict Injury Recovery?. (2024)

Jason P MihalikAvinash ChandranJacob R PowellPatricia R RobyBrian D StemperAlok S ShahSteve RowsonStefan DumaJaroslaw HarezlakLarry RiggenSteven P BroglioThomas W McAllisterMichael McCrea

injury recoveryhead injury biomechanicsneurosciencebiomechanics

Analysis of Injury Metrics From Experimental Cardiac Injuries From Behind Armor Blunt Trauma Using Live Swine Tests: A Pilot Study. Military Medicine (2024)

Narayan YoganandanAlok ShahJared KoserLewis SombergBrian D StemperValeta Carol ChanceyJoseph Barney McEntire

armor blunt traumainjury metricstraumatic cardiac arrestemergency medicinemilitary institutionspilot studymilitary contexttraumacritical careexperimental cardiac injurieslive swine tests

Behind Amor Blunt Trauma Lung and Liver Strains From Indenter Loading via Finite Element Modeling. Journal of Engineering and Science in Medical Diagnostics and Therapy (2024)

Narayan YoganandanKarthik SomasundaramBalaji HarinathanKarthik Banurekha DevarajAlok ShahJared KoserBrian StemperValeta Carol ChanceyB. Joseph McEntire

liver strainsfinite element modelingbiomedical engineeringmedical diagnosticsmedicinetrauma

Behind Armor Blunt Trauma: Liver Injuries Using a Live Animal Model. Military Medicine (2024)

Narayan YoganandanAlok ShahJared KoserBrian D StemperLewis SombergValeta Carol ChanceyJoseph McEntire

liver injuriestraumalive animal modelmedicine

Investigating the Impact of Blunt Force Trauma: A Probabilistic Study of Behind Armor Blunt Trauma Risk. Annals of Biomedical Engineering (2024)

probabilistic studybiomedical engineeringemergency medicineblunt force traumatraumastatistics

Lumbar Spine Orientation Affects Compressive Fracture Outcome. Annals of Biomedical Engineering (2024)

Rachel CutlanMuhammad KhokharNader ShammoutAlok S. ShahLance FrazerNarayan YoganandanBarry S. ShenderJames SheehyGlenn PaskoffDaniel NicolellaTimothy BentleySaman ShabaniBrian D. Stemper

Matched-Pair Hybrid Test Paradigm for Behind Armor Blunt Trauma Using an Experimental Animal Model. Trauma Surgery & Acute Care Open (2024)

Narayan YoganandanAlok ShahJamie BaisdenBrian StemperMary OttersonLewis SombergCameron BassRobert SalzarJustin McMahonCarol ChanceyJoseph McEntire

trauma surgeryarmor blunt traumaemergency medicineexperimental animal modeltrauma

Mechanical Characterization of Non-Degraded Porcine Annulus Fibrosus Material Properties. Annals of Biomedical Engineering (2024)

Jack SeifertDennis MaimanLance L. FrazerAlok ShahNarayan YoganandanKeith KingJames B. SheehyGlenn PaskoffTimothy BentleyDaniel P. NicolellaBrian D. Stemper

mechanical characterizationbiomedical researchfibrosus material propertiesmechanical propertiesmechanical engineeringbiomedical engineeringbiomaterialsnon-degraded porcine

Simulative Investigation of the Required Level of Geometrical Individualization of the Lumbar Spines to Predict Fractures. International Journal of Legal Medicine (2024)

Laura Kathrin RiegerMirko JungeRachel CutlanSteffen PeldschusBrian D. Stemper

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