The effect of HPFRCC on flexural capacity and ductility of reinforced concrete beams

Mohammad Reza Asadi

Volume 1, Issue 6 , December 2019, , Pages 34-44

Abstract
  The study was conducted using a laboratory approach in which five full reinforced concrete beams were subjected to four-point loading tests. One of the beams is selected as a reference sample and the other four beams are reinforced at the lower surfaces of the concrete beams with a layer of HPFRCC material, ...  Read More

In vitro evaluation and comparison of reinforced concrete beams with and without polypropylene fibers reinforced with new HPFRCC technology

Mohammad Reza Asadi

Volume 1, Issue 5 , October 2019, , Pages 58-70

Abstract
  Since HPFRCC is a relatively new material, this study aimed to investigate the impact of HPFRCC on the performance of reinforced concrete beams by simultaneous testing of reinforced and non-reinforced specimens, with and without polypropylene fibers, by comparing the results of the test case. Investigate.  Read More

Comparison of cracking force in HPFRCC reinforced beams compared to reference beam

Ramzan Alizadeh Lasaki

Volume 1, Issue 5 , October 2019, , Pages 71-80

Abstract
  In this study, the cracking force in HPFRCC reinforced beams was compared to reference beams. In this regard, a reference beam and four beams reinforced with a thin layer of HPFRCC in the lower part of the beams were subjected to four-point pure bending experiment and finally the impact of reinforcement ...  Read More