Experimental Study of High Temperature Properties of High Strength Bolt for Fire Resistant Steel

To investigate stress and deformation behavior of steel structure in fire, it is important to consider behavior of friction type high strength bolted joints during not only heating phase but also cooling phase. The purpose of the present paper is to consider stress and deformation behavior of the joints under cooling phase. This paper reports on results of the tensile test after fire, displacement restraint test under cooling phase and numerical study of the restraint test. As a result, in case of the joint which designed to investigate the behavior of tear-out failure, the sufficient deformation capacity was confirmed because of the ductility of the plates with a bolt hole.

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Experimental Study of High Temperature Properties of High Strength Bolt for Fire Resistant Steel

Abstract: This paper reports 「 on the results of experimental studies of the high temperature preperties ef the high strength FR bolts for fire resistant steel ， and the strength of the friction joints using the

Cited by 5 publications

References 0 publications

Bending Deformation Behavior of Steel Beam Joints Fastened by High Strength Bolts at Elevated Temperature

Bending Deformation Behavior of Steel Beam Joints Fastened by High Strength Bolts at Elevated Temperature

Experimental Study on Fire Resistance of H-Shaped Steel Beams With High Strength Bolted Joints

Stress and Deformation Behavior of Friction Type High Strength Bolted Joints During Cooling Phase in Fire

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