This article investigates the design of a surface plasmon resonance (SPR) sensor that
utilizes carbon nanotubes (CNT) and graphene to detect formalin concentration in water …

Growth and expansion in construction has increased recently and especially in coastal
areas. In Alexandria, Egypt, mega projects such as El-Max Port Project (Middle Port), Port of …

Artificial intelligence can design more sustainable concrete mixtures to reduce costs and CO
2 emissions. In this paper, a concrete mix ratio design method based on deep learning …

The COVID-19 pandemic has had far-reaching consequences globally, including a
significant loss of lives, escalating unemployment rates, economic instability, deteriorating …

The use of calcined clay as supplementary cementitious materials to blend with Portland
cement has been increased since it resulted in many environmental advantages such as …

The ground-borne vibrations are generated when heavy vehicles travel over the speed
bumps at high speeds. Traffic-induced vibrations are annoying for the occupants and …

In this paper, a novel model of mix design built on fuzzy concepts is elaborated. For the
development of the model, around 300 lightweight mix design data which is a blend of …

This study aims to develop predictive models for accurately forecasting the uniaxial
compressive strength of concrete enhanced with nanomaterials. Various machine learning …

In the field of Reinforced Concrete Construction, concrete emerges as the predominant and
extensively employed construction material. Concrete comprises a solid, chemically inert …

Water is a basic need for everyone around the world irrespective of their location or age in
all aspects of life and for sustainable development. Therefore, water is a universal goal that …