Polymers

Event

Presentations at ASME'S International Mechancial Engineering Congress and Expo
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.
Sponsor of MIT’s Polymer Day 2021
Veryst was proud to participate in MIT’s (Massachusetts Institute of Technology) Polymer Day 2021 symposium on Wednesday April 28, 2021. The virtual event included a poster fair, a poster competition, presentations, recruitment booths, an alumni career panel, and more.
Sponsor of MIT’s Polymer Day 2023
Veryst is proud to have participated again in the MIT (Massachusetts Institute of Technology) Polymer Day 2023 symposium on Wednesday April 26, 2023. The event included a poster competition, presentations, a career fair, a networking lunch with industry sponsors, an alumni career panel, and more.
Sponsor of MIT’s Polymer Day 2024
Veryst is proud to have participated again in the MIT (Massachusetts Institute of Technology) Polymer Day 2024 symposium on Wednesday, May 1, 2024. The event included a judged poster competition, seminars, career development workshops, an alumni career panel, and more.
Training session on Polymer Testing and Modeling for FE Simulation
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.
Two presentations at ANTEC 2018
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 engineers present at 2023 Adhesion Society Annual Meeting
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.
Veryst engineers present at 2024 Adhesion Society Annual Meeting
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 offering new, free, monthly webinars!
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!
Veryst offering four-part testing, modeling course through NAFEMS
Dr. Sean Teller will offer 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.
Veryst offering two presentations at The Adhesion Society's annual meeting
Dr. Scott Grindy presented "Accounting for Tg in Mechanical Design of Adhesive Joints: Pitfalls and Recommendations" and Dr. Mark Oliver presented "Designing Additively Manufactured Parts for Adhesive Assembly" at this in-person event, which took place February 20-23, 2022.
Veryst presents at three conferences
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.”
Webinar: modeling polymers, other nonlinear materials in COMSOL Multiphysics
Analyzing nonlinear materials often requires hyperelastic, viscoelastic, and viscoplastic material models. Dr. Bergstrom discussed how COMSOL Multiphysics makes it possible to calibrate and use these material models in finite element analysis.

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