Research

CT2FE pipeline is developed to estimate fracture risk of metastatic vertebra.
Rigid registration pipeline is developed to register QCT and microCT images of healthy and metastatic vertebrae.

Comparative study on osseointegration capability of three pedicle screws with distinct geometric features.
Predicted pull-out strength of pedicle screws in polyurethane foams.

Developed a stress-based material homogenization framework to predict the effective material properties of additively manufactured lattice structures for biologically inspired patient-specific TMJ implants.

Understand the influence of TMJ ankylosis on morphometry of human mandibles in Indian subjects based on a CT-based reconstructed mandibles.
Analyzed inter and intra-operator variability in measurements of reconstructed mandibles and its influence on statistical variation in morphometry.

Biomechanical evaluation of mandibular prosthesis with variable bone-implant interface conditions under quasi-static physiological musculo-skeletal loading.
Understand the influence of bone material homogenization and edentulous mandible on biomechanical assessment of TMJ implants.
Link to paper: Biomechanics of TMJ Implants_BioRxiv

Mechanobiological scheme extended to integrate with Artificial Neural Network to predict osseointegration and Genetic Algorithm to optimize the designs of implant topographies.
Link to paper: Design Optimization with NN-GA_MEP

Computational framework is developed to understand the influence of macro-textured implant topographies on peri-prosthetic osseointegration.
Mechanobiological scheme for pre-clinical testing of hip implants with and with textures in a robust musculo-skeletal bone-implant construct under quasi-static physiological loading conditions.
Link to Papers: Mechanobiological Scheme_CIBM, Directional Displacement Dependence On Osseointegration_CMBBE , Pre-clinical Testing On Hip Implant_MBEC

Google Sites

Report abuse