Dr. Puttlitz and his team have global interests in how engineering mechanics can be applied towards solving orthopaedic-related problems. These interests typically include both experimental and computational modeling in order to better understand the underlying tissue-level mechanics and related mechanobiology. Current areas of investigation in his lab include non-linear viscoelastic modeling of soft tissues, technology development for prediction of fracture healing outcomes, and additive manufacturing for scaffold and regenerative medicine application.
US20210131785A1: Method and system for measuring deflections of structural member at multiple locations using multiple antennae.
US10674954B2, WO2019191725A8, US20210033507A1: Loading device for measuring stiffness of structural member over time, monitoring system, and method thereof.
US10892558B1: Method and system for measuring deflections of structural member at multiple locations and antenna thereof.
US10641664B2, WO2018195437A1, EP3612810A4: Displacement and deformation monitoring method and system without using any strain sensor, and components thereof.
US9636149B2: Pedicle Screw Assembly and Dynamic Spinal Stabilization Devices Incorporating the Pedicle Screw Assembly.
US8945185B2, US9603633B2, US9226779B2, WO2012106013A1, WO2012106014A1: Interspinous spacer devices for dynamic stabilization of degraded spinal segments.
ES2557496T3, WO2010028077A1: Microelectromechanical system sensor used in the biological field (BIOMEMS) and related devices and procedures.
Patent list generated using Google Patents.