Altair
Case Studies
Leveraging IoT in Biomedical Research: A Case Study of Scripps Clinic's Orthopedic Implants
Overview
Leveraging IoT in Biomedical Research: A Case Study of Scripps Clinic's Orthopedic ImplantsAltair |
Analytics & Modeling - Computer Vision Software Wearables - Implants | |
Cement Education | |
Product Research & Development | |
Automated Disease Diagnosis Disease Tracking | |
Operational Impact
The use of Altair HyperWorks software tools has significantly improved SCORE's understanding of the biomechanics involved in joint replacement, leading to better implant designs and surgical techniques. The ability to model and analyze the patient's shoulder in 3D has made it easier to answer patients' questions about the range of motion, strength recovery, and longevity of the new joint. The use of HyperMesh for modeling a meniscus has streamlined the process, allowing for more efficient adjustments of curvature and thickness. The use of OptiStruct has enabled the modeling of the stress window, contributing to the development of longer-lasting joint prostheses. Overall, these advancements are leading to better, longer-lasting implants for patients with degenerative joint disease. | |
Quantitative Benefit
Reduced the time required to model replacements for the meniscus from a two-week process to a significantly shorter duration. | |
Improved stress distribution and increased the longevity of the implant by increasing the thickness of the cement mantle from 0.5mm to a consistent 2.0mm. | |