...John McKinney; Faris Ali This paper presents the results from two supervised Artificial Neural Networks (ANN) developed for the spalling classification and failure prediction of high strength concrete columns (HSCC) subjected to fire. The experimental test data used for the ANN are based...

...Toru Tanibe; Mitsuo Ozawa; Ryota Kamata; Keitetsu Rokugo This paper reports on an experimental study regarding the behavior of restrained high-strength concrete in response to the type of extreme heating associated with fire. The study was intended to support estimation of thermal stress from...

...Kazuo Watanabe; Mugume Bangi; Takashi Horiguchi The structural properties of concrete have been studied most widely as a function of compressive strength at elevated temperature. However, only a limited number of studies have been conducted on the flexural behaviour of High Strength Concrete (HSC...