Sharif Digital Repository

Determining shear capacity of ultra-high performance concrete beams by experiments and comparison with codes

Author

Pourbaba, M.

Publisher

Sharif University of Technology,

Pub. Year

2019

Subjects

Experiment to predicted shear strength. / Regulations. / Shear strength. / Steel fibers. / Ultra-High Performance Fiber-Reinforced Concrete (UHPFRC) beams. / Codes (symbols) / Fiber reinforced materials. / Reinforced concrete. / Reinforced plastics. / Safety factor. / Steel fibers. / Building regulations. / Margin of safety. / Rectangular beams. / Regulations. / Shear resistances. / Strength Estimation. / Ultra high performance concretes. / Ultra-high-performance fiber-reinforced concrete. / High performance concrete. / Building code. / Building construction. / Concrete structure. / Performance assessment. / Precision. / Safety. / Standard (regulation) / Steel structure.

Determining shear capacity of ultra-high performance concrete beams by experiments and comparison with codes

Author

Pourbaba, M.

Publisher

Sharif University of Technology,

Pub. Year

2019

Subjects

Experiment to predicted shear strength. / Regulations. / Shear strength. / Ultra-High Performance Fiber-Reinforced Concrete (UHPFRC) beams. / Codes (symbols) / Fiber reinforced materials. / Reinforced concrete. / Reinforced plastics. / Safety factor. / Steel fibers. / Building regulations. / Margin of safety. / Rectangular beams. / Shear resistances. / Strength Estimation. / Ultra high performance concretes. / Ultra-high-performance fiber-reinforced concrete. / High performance concrete. / Building code. / Building construction. / Concrete structure. / Performance assessment. / Precision. / Safety. / Standard (regulation) / Steel structure.

Shear behavior of ultra-high performance concrete

Author

Pourbaba, M.

Publisher

Elsevier Ltd,

Pub. Year

2018

Subjects

Beams. / Shear. / Ultra-high performance concrete (UHPC) / Anchorages (foundations) / Ductility. / Reinforcement. / Shearing. / Parametric study. / Reinforcement ratios. / Shear span-to-depth ratios. / Strength and ductilities. / Structural applications. / Test parameters. / Ultra high performance concretes. / High performance concrete.

Photocatalytic mechanism of action of apatite-coated Ag=AgBr=TiO 2 on phenol and Escherichia coli and Bacillus subtilis bacteria under various conditions

Author

Elahifard, M. R.

Pub. Year

2011

Subjects

Bacteria-static. / Bacillus subtilis. / Cell walls. / Deposition methods. / Different mechanisms. / Growth of bacteria. / Inner membranes. / Mechanism of action. / Multicomponents. / Nano-size. / Outer membrane. / Oxidation of phenol. / Phosphate group. / Photo-catalytic. / Photoactivity. / Photocatalytic activities. / Reactive species. / TEM images. / TiO. / Visible light. / Apatite. / Bacilli. / Escherichia coli. / Phenols. / Phosphate minerals. / Photocatalysis. / Photocatalysts. / Silver. / Silver alloys. / Silver halides. / Bacteriology.