Affiliation:
1. Hanoi University of Mining and Geology, Hanoi, Viet Nam
2. University of Transport Technology
3. Mien Tay Construction University
Abstract
Textile-based composites have been studied extensively in the past two decades as they are used in constructing newly fabricated structural elements. This paper presents numerical results of lattice modelling of textile-reinforced concrete in which the damage behaviour model was considered by cracking or crushing for the cementitious matrix. The lattice model was developed from the input data of constitutive materials in the literature and validated with the corresponding textile-reinforced concrete composites. The agreement of numerical results between the lattice model and other numerical modelling was also highlighted and analyzed. From the lattice model, the effects of several parameters on the textile-reinforced concrete properties were identified by the parametric studies. From these results, several suggestions were concluded for enhancing the mechanical properties of the textile-reinforced concrete.
Publisher
Vietnam Institute for Building Science and Technology
Subject
Ocean Engineering,General Earth and Planetary Sciences,General Engineering,General Environmental Science,General Medicine,Development,Geography, Planning and Development,General Earth and Planetary Sciences,General Environmental Science,Materials Chemistry