With years of deep expertise in the field of mechanics testing for transportation engineering, XTOP3D leverages its proprietary 3D strain measurement technology to provide comprehensive testing solutions—covering strain, displacement, and crack analysis—for civil engineering structures. This aligns with the ongoing collaborative efforts between XTOP3D, industry experts, and engineering professionals to advance the field.
To support national strategies and foster the development, innovation, and application of civil engineering technologies in transportation infrastructure, East China Jiaotong University will host the "2020 (4th) Ganjiang Academic Forum on Civil Engineering" in Nanchang, Jiangxi, from November 20 to 22. Centered on the theme "Building a Transportation Powerhouse through Civil Engineering Foundations," the forum will bring together leading experts, scholars, and engineering professionals to exchange technical insights, drive innovation, and contribute their expertise toward realizing the vision of a transportation powerhouse and the rejuvenation of the Chinese nation.
XTOP3D will showcase its XTDIC 3D strain measurement products—designed for testing materials and structures in transportation civil engineering—at the event. We cordially invite you to join this academic gathering in Nanchang and engage with experts, scholars, and engineers in the field to explore the frontiers of industry development.
Conference Dates
November 21–22, 2020
Venue
Hotel Name: Wanda Realm Nanchang (Sunac)
Address: No. 333 Nanlongpan Street, Honggutan New District, Nanchang City, Jiangxi Province
Application of DIC Technology in Civil Engineering
During construction and operation, transportation civil engineering structures inevitably undergo various forms of damage—such as deformation, displacement, and cracking—due to internal and external factors, which can compromise their serviceability and durability. Testing the compressive strength, durability, and deformation characteristics of materials and structures provides a reliable guarantee for the safe use of these transportation infrastructure assets.
DIC (Digital Image Correlation) strain measurement technology enables the measurement of mechanical behavior on the surfaces of materials and structures. By analyzing displacement and strain characteristics, it allows for the detection of failure modes (such as displacement, deformation, and crack propagation), as well as the identification of failure locations, areas, and progression trends. Consequently, it serves as a vital research tool for safety assessments in transportation civil engineering.
混凝土材料高速压缩试验
Four-point bending test of concrete
Vibration Measurement of Railway Track Elastic Clips
Simulation experiments on calcareous sand materials
Measurement of pavement deformation caused by traffic loading
Cyclic loading test on asphalt specimens
Slope seismic station vibration test; landslide experiment.
