Publications by authors named "Cong-Mi Cheng"

Though previous studies have indicated that the fresh behaviours of plain mortar/concrete are mainly governed by the average water film thickness (AWFT), whether the concept of AWFT is also applicable to fibrous mortar/concrete still needs to be explored. Furthermore, for fibrous mortar/concrete, it is obvious that the fibres added also have certain effects on the fresh behaviours. In two previous studies on basalt fibre-reinforced mortar (BFRM), the integral effects of the AWFT and fibre dosage as well as the integral effects of the AWFT and fibre length were individually investigated.

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Synopsis of recent research by authors named "Cong-Mi Cheng"

  • - Cong-Mi Cheng's recent research focuses on the fresh behaviours of basalt fibre-reinforced mortar (BFRM), particularly examining how average water film thickness (AWFT) and fibre characteristics influence these behaviours.
  • - The study highlights that while AWFT significantly affects plain mortar/concrete, its applicability to fibrous mixes required further investigation, alongside the impacts of fibre dosage and length.
  • - Cheng's findings contribute valuable insights into the modeling of fibrous mortars, potentially informing better practices for developing durable construction materials that utilize basalt fibres.