This paper will present the mechanical property models for these different loading and heating stages.
The performance of existing mechanical property models of RACs is then assessed using the database, and the results of this assessment are presented using selected statistical indicators.
From a comparison of the experimental results of this research with a number of predictive models for normal strength concrete, this research has found that the mechanical properties of foamed concrete can be predicted using the mechanical property models for normal weight concrete given that the mechanical properties of foamed concrete come from Portland Cement CEM1.
Open image in new window Fig. 1 Flow of mechanical properties modeling of concrete using expansive additive.
This study concerns the uniaxial tensile mechanical properties and model parameters determination of ethylene tetrafluoroethylene (ETFE) foils used in structural engineering for membrane structures such as roofs and claddings.
Effects of damage on mechanical properties are modelled using modified micro mechanical models developed for analysis of conventional laminated composites.
It is our opinion that this is an inherent property of initial boundary value problems where, broadly speaking, strong degradation of the mechanical properties is modeled.
In the last 30 years, there have been significant advances made in the areas of probabilistic modeling of timber mechanical properties, structural analysis models for wood-frame structural systems, and stochastic modeling of structural and environmental loads.
When assessing uncertainty in mechanical property assignments in FE models, Laz et al. (2007) provides an excellent framework, which should be incorporated into both experimental and clinical FE models.
The composition, microstructure and mechanical properties confirmed the model.
