Brittleness has a significant influence on rock failure under compression; however, the
mechanism is rarely comprehensively discussed. This study numerically investigates the …

Pipelines are widely used to transport water, wastewater, and energy products. However,
the recently published American Society of Civil Engineers report revealed that the USA …

In this paper, a novel algorithm for computing the derivatives of eigensolutions of asymmetric
damped systems with distinct and repeated eigenvalues is developed without using second …

Due to the different structural characteristics and in situ environment, jointed rock masses
encounter different failure mechanisms. Because of the joints, jointed rock masses show …

Many researchers have computed the bearing capacity of the strip and circular footings
resting on the soil with the low and medium friction angle (ϕ≤ 35°) by employing the finite …

Purpose Buried pipelines under various soil embankment heights are cost-effective
alternatives to transporting liquid products. This paper aims to assist pipeline architects and …

To improve the flexural performance of steel–concrete composite beams and alleviate the
problem of sand depletion caused by the application of concrete structures, this paper …

This paper presents the computations of vertical bearing capacity factors N c, N q, and N γ,
of the smooth and rough strip, circular and ring footings resting on soil with a friction angle …

This paper presents the Campbell diagram analysis of the rotordynamic system using the full
order model (FOM) and the reduced order model (ROM) techniques to determine the critical …

Unlike the flat base foundations, the determination of the bearing resistance of the cone‐
shaped footing in finite element analysis (FEA) might not be carried out without considering …