Nehme Salem Georges
Associate Professor
Construction Materials and Technologies
Budapest University of Technology and Economics
Hungary
Biography
Dr. NEHME SALEM GEORGES is affiliated to Construction Materials and Technologies, , where Dr. NEHME SALEM GEORGES is currently working as Associate Professor. Dr. NEHME SALEM GEORGES has numerous publications within the specialty and published in reputed national and international peer-reviewed journals. Dr. NEHME SALEM GEORGES is actively associated with different national and international societies and academies. Dr. NEHME SALEM GEORGES gain recognition among the honourable subject experts with the contributions made. Dr. NEHME SALEM GEORGES is been appreciated by several reputed awards and funding support. Dr. NEHME SALEM GEORGES major research interest is in studies related to The porosity of concrete, concrete and self-compacting concrete, and its relationship to porosity are unknown (the effect of limestone on the holding), so my further research is focused on this subject. The use of self-compacting concrete and self-compacting concrete with steel fibers to reinforce concrete and reinforced concrete provides us with further untapped potential. Eliminating the problems of application of self-compacting concrete as mass concrete (temperature cracks)..
Research Interest
The porosity of concrete, concrete and self-compacting concrete, and its relationship to porosity are unknown (the effect of limestone on the holding), so my further research is focused on this subject. The use of self-compacting concrete and self-compacting concrete with steel fibers to reinforce concrete and reinforced concrete provides us with further untapped potential. Eliminating the problems of application of self-compacting concrete as mass concrete (temperature cracks).
Publications
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Repeatability of the rebound surface hardness of concrete with alteration of concrete parameters Â
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Utilization of industrial waste perlite powder in self-compacting concrete Â
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A comprehensive investigation into the effect of temperature variation on the mechanical properties of sustainable concrete Â