In order to restore steel structures, bonding carbon fiber reinforced polymer (CFRP)
laminates have been widely used. The bond strength (PU) between the CFRP and steel …

The resilient modulus (MR) of various pavement materials plays a significant role in the
pavement design by a mechanistic-empirical method. The MR determination is done by …

In petroleum engineering, determining in situ stresses and breakout dimensions are crucial.
Nowadays, hydraulic fracturing is a frequently used method for identifying in stresses and …

Concrete constructed using recycled aggregates in place of natural aggregates is an
efficient approach to increase the construction sector's sustainability. To improve recycled …

In the process of designing pile foundations, it is essential to take the axial bearing capacity
(B c) of the pile into consideration., where determination of this target requires extreme fields …

An accurate evaluation of the clay's properties when mixed with recyclable materials is the
end objective of many geotechnical experimental efforts. However, experimental studies …

Determining the properties of pile from cone penetration test (CPT) is costly, and need
several in-situ tests. At the present study, two novel hybrid learning models, namely PSO-RF …

Bonding carbon fiber-reinforced polymer (CFRP) laminates have been extensively
employed in the restoration of steel constructions. In addition to the mechanical properties of …

For deep foundation load capacity estimation (Q t) in geotechnical engineering, several
empirical and theoretical frameworks have been proposed. In this scenario, simulations are …

The contributions of this study, which include enhanced predictive precision and the
integration of supplementary admixtures, may be effectively used in real-world scenarios to …