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The formula derived can be used for quick, simple design calculation for the required thickness of fire protection.
The results clearly show that the required thickness of fire protection to the shallow floor beams is thinner than to the regular steel beams.
It is important to recognize that increasing of the thickness of fire insulation is not always good for the fire performance of the strengthened beams.
The influences of some parameters, such as span-to-height ratio, confinement ratio, rich degree of shear capacity, thickness of concrete cover, thickness of fire insulation, and strengthening ratio, on the tensile reinforcement ratio related to the critical situation are examined.
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This paper will present and include a discussion of the results of small-scale fire exposure tests conducted to determine the required thickness of passive fire protection layer for the evaluated high strength concrete tunnel segments.
This chapter derives an alternative relationship for determining the thickness of intumescent fire protection coating required for shallow floor beams, using existing fire test data.
This paper investigates how different connection details (bolt diameter, bolt grade, endplate thickness, the use of fire resistance bolt and fire resistant steel for endplate) affect structural behavior and survivability at high temperatures.
The mean optical thickness of gasoline pool fires is found to be 1.52 m−1.52
Test results show that structural fire design of CFRP-strengthened elements leads to three possible calculation models of fire protection thickness needed, depending on the load level reduction.
The parametric and experimental studies provide information for the development of formulas for the calculation of the fire resistance and the fire protection thickness of the composite columns.
Finally, to develop formulas for the calculation of the fire resistance and the fire protection thickness of the concrete-filled steel SHS and RHS columns, such formulas to be suitable for incorporation into building codes.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com