E Cadoni, D Forni, E Bonnet, S Dobrusky - Construction and Building …, 2019 - Elsevier
An experimental investigation was carried out to characterise the direct tensile behaviour at high strain rate of various UHPFRC mix designs (150, 170 and 210 MPa) with various …
B Williams, Q Sun, W Heard, C Loeffler… - Cement and Concrete …, 2021 - Elsevier
Cementitious materials exposed to extreme loading conditions are subjected to a wide range of strain rates and confining pressures. To improve modeling capabilities, a triaxial …
R Lukashov, G Volkov - International Journal of Impact Engineering, 2024 - Elsevier
The fracture of two-component solids is considered in order to study the sensitivity of the failure mode to the loading rate. The incubation time approach, supplemented by the …
Q Su, J Xu - Journal of Building Engineering, 2023 - Elsevier
Using glass sand and rice husk ash as raw materials for concrete production can effectively save resources, protect the environment, and promote waste recycling. In this study, glass …
L Gan, Y Liu, Z Zhang, J Liu, H Jin, Y Sun - Journal of Building Engineering, 2023 - Elsevier
The mechanical properties of hydraulic concrete structures in cold regions are affected by low temperature and freeze-thaw cycles, and their mechanical properties differ greatly …
Dynamic tensile fracturing of two quasi-brittle geomaterials during high strain rate spalling as observed in situ utilizing ultra-high speed single bunch X-ray phase-contrast radiography …
Major vehicle or barge collisions with bridge piers are becoming increasingly commonplace, leading to increased risk to critical transportation infrastructure. Consequently, the reliability …
The frequency and intensity of coal-rock dynamic incidents in underground coal mining, such as coal bumps and outbursts of coal and gas, tend to increase with mining depth …
In this study, the performance of reinforced concrete slabs strengthened using four methods was investigated under impact loads transferred from the top side to bottom side. The top …