Alumni


Nolan Norton

Nolan Norton

Doctoral Dissertation: A Clearer Picture of Musculoskeletal Disorders of the Knee and Thumb Through the Lens of Image-Based Finite Element Analysis

Master's Thesis: Radiographic Imaging and Finite Element Modeling Methods for Analysis of the Basilar Thumb Joint


Lance Frazer

Lance Frazer

Doctoral Dissertation: Subchondral Bone Cysts – How We’re Filling the Void

Master's Thesis: Stresses Associated with Subchondral Bone Cysts – A Finite Element Analysis on an Extended Stifle Joint


Ryan Downing

Ryan Downing

Undergraduate Research Assistant

Joshua Johnson

Joshua Johnson

Doctoral Dissertation: Effects of Surgical Repair or Reconstruction on Radiocarpal Mechanics from Wrists with Scapholunate Ligament Injury


Kirk Wu

Kirk Wu

Undergraduate Research Assistant

Eric Tobaben

Eric Tobaben

Undergraduate Research Assistant

Michael Humphrey

Michael Humphrey

Undergraduate Research Assistant

Matthew Varre

Matthew Varre

Masters Thesis: In vivo Contact Mechanics of the Distal Radioulnar Joint with or without Scapholunate Injury


Mahender Mandala

Mahender Mandala

Masters Thesis: Evaluating the Effect of Pattern of Inflation and Deflation and Cycle Time on the Pressure Relieving Characteristic of a Dynamic Seat Cushion Using Seat Interface Pressure Measurements


Madhan Kallem

Madhan Kallem

Masters Thesis: Capitate Joint Mechanics with Scapholunate Dissociation


Dannica Sturgeon

Dannica Sturgeon

Masters Thesis: MRI T2 Relaxation Time Evaluatioj of Wrist Cartilage with Scapholunate Ligament Injury in the Pre-Operative and Post-Operative State


Alex Waller

Alex Waller

Masters Thesis: Improved 9.4T MRI-Based Modeling Validation


Bhaskar Thoomukuntla

Bhaskar Thoomukuntla

Masters Thesis: Validation of MRI-Based Joint Models


Agnes Remond

Agnes Remond

Masters Thesis: Rigid-Body Spring Model of the Forearm

Experimental Forearm Biomechanics


Max Bona

Max Bona

Doctoral Dissertation: Joint Load Estimation in Extinct Animals


Ravi Pillai

Ravi Pillai

Masters Thesis: Feasibilty of MRI-based modeling with human subjects data