DIC + High-Speed Imaging for Soft Materials – Highlights from the Symposium on Experimental Mechanics of Soft Materials, co-organized by USTC & Huainan University of Technology.
Soft matter research demands both high spatial resolution and high temporal resolution. That’s where Digital Image Correlation (DIC) combined with high-speed cameras truly excels.
In this video, we share real application cases from the Revealer system by HF Agile Device Co., Ltd., covering:
Living soft matter: full-field strain mapping of skin and muscle
Smart soft materials: strain gradients and pre-cracking criteria in hydrogels
Flexible electronics: deformation consistency and vibration modes
Novel nanomaterials: strain gradients under compression-torsion
For impact and high-strain-rate tests: transient strain fields, wave speed, and energy diffusion analysis.
DIC turns images into quantifiable strain and displacement fields. High-speed imaging adds the critical time dimension. Together, they make invisible deformation measurable.
Learn more about Revealer DIC & High-Speed Imaging:
