Dynamic Systems Inc. Partners with Stony Brook University
POESTENKILL, N.Y. — Dynamic Systems Inc. (DSI), a subsidiary of Vishay Precision Group Inc. (NYSE: VPG), has embarked on an exciting endeavor with Stony Brook University (SBU) to evaluate a groundbreaking Ultra High Temperature Ceramic and Composite (UHTC) testing system. This innovative tool is capable of testing materials, including ceramics, at temperatures surpassing 2000°C, thus providing researchers with unprecedented opportunities to explore advanced material performance under extreme conditions.
Overview of the UHTC System
The UHTC system, which complies with ASTM standards, will be installed in SBU’s Fracture Analysis and Creep at Elevated Temperatures (FACET) laboratory, part of the Advanced Energy Research and Technology Center (AERTC). This collaboration is poised to be instrumental in research programs centered on cutting-edge high-performance materials, particularly those intended for fusion energy and other demanding applications.
Significance of the Collaboration
According to Michal Kinch, Chief Innovation Officer at SBU, this partnership significantly enhances their capacity to analyze materials at ultra-high temperatures, a vital aspect in developing next-generation energy technologies. DSI’s UHTC system presents a vital step forward for researchers who are focusing on energy sustainability and innovation.
Features of the UHTC Testing System
Building on DSI’s widely recognized Gleeble thermal-mechanical simulator, the UHTC system incorporates several advanced features:
- Precision temperature control that guarantees accurate measurement and predictable reproducibility.
- Rapid thermal cycling, which allows simulations of actual real-world environments.
- Support for cross-disciplinary innovation, fostering new applications across various fields.
These innovations allow for experimental throughput that is up to 10 times faster than traditional systems, while ensuring the accuracy and dependability essential for rigorous advanced research.
Key Outcomes and Future Directions
Dr. Nick Moelders, President of Dynamic Systems Inc., expressed enthusiasm regarding this partnership, stating that the beta version of this system marks a significant milestone in its development. This beta trial follows a previous collaboration with the University of Alabama, reflecting DSI's commitment to refining the UHTC system in response to real-world feedback from research activities.
About the Advanced Energy Research and Technology Center
AERTC at Stony Brook University represents a collaborative effort bringing together academic institutions, research organizations, energy providers, and industrial companies. Its mission is to drive innovative energy research and facilitate the deployment of new technologies focusing on energy conservation, renewable sources, and applications that harness nanotechnology for energy solutions.
Dynamic Systems Inc.'s Legacy in Materials Testing
Dynamic Systems Inc. stands at the forefront of materials testing technology, with a long-standing reputation for delivering exceptional testing solutions through the Gleeble series. These innovations empower researchers and engineers across multiple sectors, including aerospace, automotive, defense, and energy. DSI continues to push the frontiers of materials science, continuously seeking ways to enhance product performance.
Contact Information
For more information about Dynamic Systems and its innovative solutions, interested parties can reach out to:
Don Olzowy
Dynamic Systems Inc.
Tel: (518) 283-5350 x262
Email: don.olszowy@gleeble.com
Lance Snead
CEAS Dean’s Fellow for Research - SBU
Email: lance.snead@stonybrook.edu
Steve Cantor
Vishay Precision Group (VPG)
Email: info@vpgsensors.com
Frequently Asked Questions
What is the main purpose of the UHTC testing system?
The UHTC testing system is designed to evaluate ceramics and other non-conductive materials at extreme temperatures exceeding 2000°C, facilitating advanced materials research.
Where will the UHTC system be housed?
The system will be located in Stony Brook University's FACET laboratory, part of the Advanced Energy Research and Technology Center.
How does the UHTC system improve research capabilities?
With features like precision temperature control and rapid thermal cycling, the UHTC system significantly increases the accuracy and efficiency of materials testing compared to conventional systems.
What are the long-term goals of this collaboration?
The collaboration aims to facilitate the development of next-generation materials and technologies, essential for advancements in energy solutions and sustainability.
Who can be contacted for further inquiries regarding the testing system?
For more information, you may contact Don Olzowy at Dynamic Systems Inc. or Lance Snead at Stony Brook University.
