Dr. Sean Teller spoke about "Methods for Impact Testing of Thermoplastic Elastomers and Elastomers" at the Thermoplastic Elastomers Conference 2018. He discussed the need for high-strain rate testing of elastomers and TPEs, as well as test methods.
Dr. Sean Teller presented "Advanced Testing and Material Modeling of Polymers" at NAFEMS Americas Regional Conference 2022 in Indianapolis, Indiana. He discussed advanced mechanical characterization techniques, test methods, and state-of-the art material modelling tools.
Dr. Sean Teller spoke about "Impact Testing and Modeling of Energy Absorbing Foams for Finite Element Simulation" at the Foam Expo 2017. His presentation focused on high strain-rate testing and modeling of foams for use in finite element simulations.
Dr. Sean Teller discussed "Utilizing Test Data from DIC for Polymer Material Modeling," describing the information an engineer can extract with Digital Image Correlation and how best to use full field strain data. The presentation took place on the fourth day of NAFEMS World Congress 2021, which was fully online this year.
Dr. Sean Teller and Dr. Mark Oliver presented at ANTEC 2017. Dr. Teller’s presentation was titled “High Strain Rate Testing and Modeling of Polymers for Use in Finite Element Simulations.” Dr. Oliver’s presentation was titled “Testing and Modeling Anisotropic Failure of Polymeric SLS Materials and Structures.”
Dr. Sean Teller spoke about “A New High Strain-Rate Biaxial Experiment to Validate Constitutive Models for Polymers” and about “Fracture Testing and Cohesive Zone Modeling of Automotive Adhesives” at ASME IMECE.
Dr. Sean Teller offered an in-person training course at NAFEMS World Congress 2023 on "Polymer Testing and Modeling for FE Simulation." This course was intended for finite element engineers who simulate polymers and are interested in advancing their modeling skills.
Dr. Mark Oliver participated in the “Additive Manufacturing: Design, Test, and 3D Print for Production” session at ANTEC 2018, and Dr. Sean Teller participated in the “Engineering Properties and Structure: Innovations in Polyolefins and Plastics” session.
Veryst is pleased to have been a Featured Exhibitor at BIOMEDevice Boston 2023. This was a great opportunity to connect with leaders and innovators in the medical device industry. Veryst showed two posters in addition to having an exhibit booth staffed by some of our top medical device experts.
Dr. Mark Oliver spoke about “Hybrid Joint Concepts for Adhesive Bonding of Additively Manufactured Parts” and Dr. Scott Grindy spoke about “Calibrating Cohesive Zone Models for Structural Adhesives Bonded to Plastic” at this in-person event in Orlando, Florida.
Dr. Mark Oliver spoke about “Modeling Fatigue Debonding of Adhesives in E-Mobility Battery Packs” and Dr. Scott Grindy spoke about “Computer Vision-Enhanced Measurement of Adhesive Toughness at Impact Rates” at this in-person event in Savannah, Georgia.
Veryst is pleased to add new offerings to our webinar series, focusing on our consultants' expertise in polymer mechanics, experimental testing, and multiphysics simulation. Registration is now open!
Dr. Sean Teller is offering an online course on Testing and Modeling of Polymers for Solid Mechanics Simulations on four consecutive Tuesdays, starting January 21, 2025. The course will address the advanced and accurate modeling of thermoplastics, elastomers, TPEs, composites, and foams.
Dr. Stuart Brown spoke about “Modeling and Design of Reinforced Elastomeric Products for Oil and Gas Applications” and “High Strain Rate Testing of Polymers for Impact Simulations,” while Eric Schmitt spoke about “Calibration and Experimental Validation of Advanced Constitutive Models of Polymeric Materials at High Strain Rates.”
Dr. Nirmal Paudel presented a free, one-hour webinar on Modeling Eddy Current Inductive Sensors in COMSOL Multiphysics. He demonstrated a workflow for designing an eddy current sensor for nondestructive testing using the COMSOL Multiphysics software and its parametric sweep and optimization functionality for frequency domain simulations.