Special Edition on Elevated Temperature Behaviour of Concrete Materials and Structures
Cover
Fire poses significant hazard to the built-infrastructure, which
civil engineers are required to deal with through due analysis and
design. Civil engineering materials and structures, when exposed to
elevated temperatures, are studied to understand their thermo-mechanical
behaviour and accordingly contribute towards achieving desirable safety
and serviceability.
Point of View : Fire Engineering Research Facility
S. K. Singh
Technical Papers
Numerical approach to evaluate elevated temperature behavior of steel fiber reinforced concrete columns Pratik Bhatt, Venkatesh Kodur, Vasant Matsagar View Abstract | Open Access Content
Residual properties of basalt and polypropylene hybrid fibre reinforced concrete exposed to elevated temperaturesS.K. Kirthika, S.K. Singh, S.R. Karade View Abstract
Performance of steel fiber reinforced concrete columns exposed to high temperatures under different cooling conditions K. Ratna Tej Reddy, K. Srinivasa Rao, K. Rambabu View Abstract
Performance evaluation of cement mortar compositions at elevated temperatures Subhash C. Yaragal, S. Vivek, Chethan Kumar B View Abstract
Improvement of fire resistance of reinforced concrete columns by using diamond tie configuration Shujaat H. Buch, Umesh K. Sharma View Abstract
Petrographic investigation to assess condition of concrete exposed to fire Suresh Chandra Pattanaik, E. Gopalkrishnan, Mashud Ahmad, Sanjaya Kumar Patro View Abstract
Residual strength and microstructural identification of slurry infiltrated fibrous concrete (sifcon) at elevated temperature A. P. Shelorkar, P. D. Jadhao View Abstract
