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The results from the high temperature tests were compared with the results obtained at room temperature.
High temperature tests and variable temperature tests were conducted to investigate the temperature resistance of each material.
The bending and tensile tests were carried out after the specimens were placed indoors for 3 days after high temperature tests.
High temperature tests beyond processing temperature on C/C lead to mechanically induced straightening of graphene stacks in loading direction.
The realized testing parameters and tolerances are compared with the recommendations of existing codes of practice and standards from high temperature tests.
The cost of high temperature tests on the broad range of connections used in practice means that their influence is not well detailed in current design codes.
Similar(47)
Results are presented from room temperature and high temperature testing.
The coatings became strongly oxidized after the high temperature test.
This is mainly due to the lengthy testing times and/or inadequate high temperature testing facilities.
The deformation of FRP samples could be explained by the similar mechanism mentioned in previous high temperature test.
For the high temperature test, the samples were first placed in the drying oven at 120 °C for 6 h.
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