Webinar series
Exploring Dynamic Mechanical Analysis (DMA)
From Fundamentals to Advanced Applications
Dynamic Mechanical Analysis (DMA) is a powerful technique for characterizing the viscoelastic behavior of materials as a function of temperature, frequency, time, and mechanical load. It is widely used to investigate key material properties and transitions, including glass transition behavior, stiffness, damping, curing, aging, and performance under defined force conditions.
This five-part webinar series provides a structured introduction to DMA and its practical use across a broad range of materials, including polymers, elastomers, rubbers, composites, and selected non-polymeric materials. Starting with the fundamentals, the series progresses to instrument setup, measurement strategies, data interpretation, and advanced application fields.
Designed for both new and experienced users, each session combines theoretical background with practical guidance, real measurement examples, and application-focused insights. Participants will learn how to:
- understand the principles, strengths, and limitations of DMA
- choose suitable instrument configurations, accessories, and test modes
- interpret viscoelastic data with greater confidence
- use DMA effectively for material development, quality control, and research
Whether you work in R&D, quality assurance, application development, or routine testing, this webinar series will help you build a stronger understanding of DMA and use the technique more effectively in everyday practice.
