A Critical Study of Cottenden et al.’s An Analytical Model of the Motion of a Conformable Sheet Over a General Convex Surface in the Presence of Frictional Coupling. K Jayawardana.
This excerpt will show up on the home page Blog/News feed
Training AI, Wearing Tech,
and Imaging Health.
This excerpt will show up on the home page Blog/News feed
This excerpt will show up on the home page Blog/News feed
One of the first studies that investigates the vertical displacement and the shape deformation of breasts during running using 4D scanning technology. Ultimately, the method and results can increase the understanding of breast kinematics, and benefit the product design of bras, especially for sports bras, and other products for women that require a close fit to the torso.
The Exploration Extravehicular Mobility Unit (xEMU) project is tasked with building a spacesuit for the lunar 2024 missions. These missions will require a mobile Lower Torso Assembly (LTA) to fit the required range of astronauts’ anthropometry with optimal mobility.
This excerpt will show up on the home page Blog/News feed
This excerpt will show up on the home page Blog/News feed
Source: American Journal of Respiratory and Critical Care Medicine 2020; 201:A2432.
Date: April 2020 (Online). Source: The Journal of Prosthetic Dentistry. Presented at seventh Biennial Congress of the Advanced Digital Technology in Head and Neck Reconstruction Foundation in Tokyo, Japan (June 22, 2019). Statement of problem: One of the most challenging aspects of auricular prosthesis design and fabrication is ensuring that the prosthesis fits the patient…
Date: March 2020. Source: Computers in Biology and Medicine, Volume 118, 103624. Abstract: Astronauts are at risk for low back pain and injury during extravehicular activity because of the deconditioning of the lumbar region and biomechanical demands associated with wearing a spacesuit. To understand and mitigate injury risks, it is necessary to study the lumbar…
Date: February 2020. Source: CARTILAGE. https://doi.org/10.1177/1947603520903788 Objective: Large cartilage defects and osteoarthritis (OA) cause cartilage loss and remain a therapeutic challenge. Three-dimensional (3D) bioprinting with autologous cells using a computer-aided design (CAD) model generated from 3D imaging has the potential to reconstruct patient-specific features that match an articular joint lesion. Design: To scan a human…