The 2025 Chinese Congress of Theoretical and Applied Mechanics is about to be held grandly. Revealer Scientific Instruments will participate in the exhibition with its flagship products, including high-speed cameras. Biomechanics is one of the hot research fields in mechanics. High-precision scientific instruments with non-contact measurement characteristics are playing an important role in experimental research in various sub-application areas of biomechanics.
Insect flight is a paragon of efficient micro-scale flight in nature. Research on its bionic mechanics is of significant reference value for the design of micro air vehicles and the development of new propulsion technologies. The focus of research in this field includes the analysis of high-speed wing flapping and other microsecond-level motions captured by high-speed cameras, the measurement of torsional deformation and quantitative strain of wings at different stages of motion using Digital Image Correlation (DIC) technology, and the measurement of aerodynamic parameters such as flow field velocity, leading-edge vortices, and trailing vortices based on Particle Image Velocimetry (PIV) technology. These studies aim to further investigate the aerodynamic mechanisms of flight and provide data support for the optimization of bionic structures and actuation.
The study of the mechanical properties of brittle materials, such as bones, helps to understand the impact of diseases on bones and provides a basis for diagnosis and therapeutic repair. In dental restorative treatment, measuring the mechanical properties of teeth can aid in the development of restorative materials that closely match the performance of natural teeth and have high durability and toughness, thereby extending the service life of restorations. Utilizing the Revealer Digital Image Correlation (DIC) strain measurement system can record the transient process of tooth compression and fracture, capture the strain distribution data at different locations at the moment of fracture, and identify the strain concentration areas and their correlation with the fracture location.
Cells are the basic units of life. To assess the impact of drugs and pathological conditions on the mechanical behavior of cells, it is necessary to study how mechanical signals regulate cell migration, proliferation, differentiation, and metastasis. Using the Revealer Micro-PIV (Particle Image Velocimetry) technology, the rapid morphological changes and movements of cells in a microfluidic environment under fluid shear stress and substrate stretching forces can be recorded, and the microflow field around the cells can be measured.
To learn more about biomechanics cases and experience scientific instruments with "extreme parameters and professional ease to use," please visit https://www.revealerhighspeed.com/ or contact us via email at sales@revealerhighspeed.com.
