Veryst is proud to have supported 3D BioLabs LLC with a study described in its recent publication titled “Rodent Model for Orthotopic Implantation of Engineered Liver Devices.” The publication presents a novel surgical technique to provide blood supply to implanted cellularized devices that augment or replace liver tissue function.
Allyson Hartzell offered a webinar addressing some of the newer MEMS and sensor devices with advanced packaging and flexible interconnects for wearable technologies, and addressed how to assess and model reliability.
Dr. Alireza Kermani has co-authored an article titled "A Modal Approach to Determine Direct Shear of Beams Subjected to Impulse," and demonstrates how a modal approach provides a more accurate and less conservative estimate of direct shear.
Veryst is pleased to introduce Bachir Abeid. Abeid’s primary focus is on computational modeling. His experience includes a wide range of mechanical testing, modeling, simulation, prototyping, and product development.
For sophisticated applications of adhesives, simulation can be a powerful tool for improving assembly processes. Dr. Mark Oliver presented a one-hour webinar in which he presented two examples of using COMSOL Multiphysics software to simulate adhesive joints.
Allyson Hartzell was invited to serve as a judge at the 2017 iMatScit Innovators Event, part of the 2017 MRS Fall Meeting and Exhibit. This year, MRS welcomed 19 innovators to demonstrate their new materials-based emerging technologies.
Allyson Hartzell participated in this workshop focused on exploring opportunities for “radical innovations” for creating safe, healthy, and affordable housing. Ms. Hartzell provided insight into the use of MEMS and sensors in future housing projects.
Veryst’s Dr. Stuart Brown delivered a keynote presentation titled “Using Multiphysics to Diagnose the Cause of a Toxic Leak” at this years event (watch a video of the presentation). Veryst also presented a workshop “Modeling of Rubbers and Thermoplastics Using the PolyUMod® Library.”
Dr. Matthew Hancock spoke about "Modeling and Simulation of Microfluidic Devices," addressing how an array of modeling tools such as scaling arguments, analytical formulas, and finite element simulations may be leveraged to address microfluidic device development issues.
