... split Hopkinson pressure bar (SHPB) stress–strain relationship temperature effects State Key Laboratory of Precision Blasting, Jianghan University PBSKL25A18 National Natural Science Foundation of China 11302261 1972201 The authors acknowledge financial support from the State...

... and strength development. basalt fibre concrete composites durability elevated temperature strength & testing of materials temperature effects water absorption National Research Council of Thailand N42A680074 This research was funded by the National Research Council of Thailand...

...). fibre-reinforced concrete sustainability temperature effects Figure 1. Gradation curves of aggregates (Ahmad and Zhou, 2023b) Marble waste (MW) was collected and ground into a particle size less than 4.75 mm (Figure 2) and use as a filler material. The fineness modulus of the MW...

...) polypropylene polypropylene fibres (PPF) reactive powder concrete (RPC) retention period temperature effects For RPC, a hybrid composition of steel fibre and PPF showed the best mechanical properties and resistance to spalling after exposure up to 800°C (Sultan and Alyaseri, 2020). Jang et...

...), as well as modes I and II fracture energy (G_If and G_IIf) after exposure to high temperatures, were also determined. composite materials elevated temperature fracture & fracture mechanics fracture energy fracture toughness polymer concrete temperature...

... residual splitting tensile strength is found to be faster due to the elevated temperature effect. Lastly, in order to reproduce early residual splitting tensile strength, a numerical model is developed and empirical expressions are proposed for engineering application. Considering the fact...

... in summer is 25°C, the influence of ambient temperature on concrete structure should be considered when building buildings and structures. Therefore, the mechanical properties of HDC at different temperatures should be investigated. compressive strength curing high-ductility concrete temperature...

... of loading were determined and the effectiveness of bacterial treatments was investigated. Experiments were conducted to determine crack healing, compressive strength, water absorption, ultrasonic pulse velocity and high-temperature effects. In the BM samples, the MICP mechanism repaired cracks about 3.5...

... expansion finite element modeling fire engineering temperature effects thermal analysis thermo-mechanical damage model transient thermal strain The equation developed in this paper combines all these considerations and can be applied for any loading configuration, including restraint and applied...