In this paper, we review recent advances in the Continuous Fractional Component Monte
Carlo (CFCMC) methodology and present a historic overview of the most important …

While data smoothing by regularization is not new, the method has been little used by
scientists and engineers to analyze noisy data. In this tutorial survey, the general concepts of …

This paper presents the results of integrating microseismic fracture mapping with numerical
production modeling of fracture networks in the Barnett shale. Microseismic fracture …

Soon after the publication of the first pioneering works on heterogeneous photocatalysis, the
number of papers on this topic continuously increased. This intriguing field of research is …

The time-fractional diffusion equation is used for signal smoothing. Compared to the
classical diffusion equation, the time-fractional diffusion equation has another adjustable …

Current methods for estimating vegetation parameters are generally sub-optimal in the way
they exploit information and do not generally consider uncertainties. We look forward to a …

This paper investigates the fundamental mechanisms behind the effect of supplementary
cementitious materials (SCMs) on the basic creep behavior of cement pastes. The intrinsic …

Co-fired fly ash, derived from the co-combustion of coal and biomass, is examined as a
potential precursor for geopolymers. Compared to a coal fly ash, two co-fired fly ashes have …

Fluorination of the TiO2 surface has been often reported as a tool to increase the
photocatalytic efficiency due to the beneficial effects in terms of production of oxidizing …

The use of dilatometry as a screening tool for the analysis of fly ash reactivity in geopolymers
is presented and validated by testing six fly ash sources across a range of mix designs. In …