Exact(8)
The long-term tensile creep behavior of all-oxide ceramic matrix composites (CMCs) was investigated.
Forecast models are suggested for the prediction of long-term tensile strength of MSC.
It was found that steel fibres were beneficial for short- and long-term tensile strength.
The corrective action of artificial flaws introduction proved successful in restoring the long-term tensile ductility of HES-ECC to about 3%%.
Test results showed that manufactured sand with no more than 13% stone powder content was beneficial to the long-term tensile strength of MSC.
Long-term tensile creep tests were carried out inside a climate chamber using sustained loading levels, temperature and humidity as the parameters for the study.
Similar(52)
The long-term allowable tensile stress of stirrup (MPa).
The combination effect of installation damage and creep on the long-term allowable tensile strength is smaller than that obtained using RFID and RFCR individually, with the difference being about 4.3 20.1% for the woven geogrid and about 0 2.2% for the uniaxial geogrid.
In this biomechanical study we investigated the effects of TXA on the following biomechanical properties of artificial joint materials as surrogates for long-term effects: 1. Tensile properties of the UHMWPE (ultimate strength, stiffness and Young's modulus).
Furthermore, the effectiveness of the FRP in reducing long-term deflections depends on the tensile and compressive reinforcement ratios and on whether the FRP laminates are bonded before or after the instantaneous deflection has taken place.
However, when the higher water to cement ratio (0.65 0.67) was used, the specimens with the finer sand grading achieved higher long-term compressive, flexural and splitting tensile strengths than those of the coarser sand grading.
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