Evaluation of the bending strength of the sulfur concrete elastic modulus compared to Heblex
Sajjad Kafashzadeh1, Mahmoud Reza Kaymanesh2, Mohammad Etemadi3 and Saeed Ali Abadi4
1Professor of Civil Engineering, Department of Transportation Engineering, Birjand University of Technology
2 Professor, Department of Civil Engineering, Department of Transportation Engineering, Payame Noor University
3Graduate Student, Civil Engineer, Department of Railway and Transportation Engineering, Virtual Unit, Islamic Azad University, Central Tehran
4 Graduate Student, Civil Engineering, Islamic Azad University of Birjand Branch
Abstract
Concrete is one of the most utilizable building materials, which today is used most of the other materials in the building of various types of buildings, such as bridges, dams, metro buildings, airport buildings, building of residential and office buildings, etc. Or perhaps it is dare It can be said that without this development, human societies were not in the present form. Due to the objectives of constructing a building, recognition of the concrete characteristics for the use of any concrete is necessary due to its strength and its shape ability in the structures considered. In this paper, the flexural strength of the elastic modulus of sulfur concrete is studied in comparison with the heblex. In this paper, after reviewing the previous studies, the properties and properties of concrete and hexfluid in concrete with ordinary concrete have been evaluated. Finally, the sulfur and ferro-concrete have been compared in terms of properties. The results of this paper show that the bending strength of the concrete is higher than the concrete sulfur content of 16.6 MPa and the elasticity coefficient of the sulfur concrete with the value of 35-8 times higher than the concrete of the heblex. Sulfur concretes have a significant resistivity in some gravel stones such as lomaschil, which have a slight compression ratio in conventional concrete, which, in the quarrying of this rock, is the use of highly sulfur concrete. It is important. In concrete, heblex is also a good replacement for its high resistance and low cost. In the end, there are also solutions for the use of these two types of concrete.
Keywords: elastic modulus, sulfur concrete, heblex, bending strength
