It is important and meaningful for understanding the geomechanical properties of rock and
providing guidance on analyzing and simulating the formation processes of engineering …

This paper evaluates the uncertainties and quality of bearing capacity factor prediction
models of shallow foundations. The development of bearing capacity factor prediction …

Increased knowledge of the elastic and geomechnical properties of rocks is important for
numerous engineering and geoscience applications (eg petroleum geoscience …

This paper presents the research results on the mechanical behavior of the low-carbon
rolled steel of a sea portal crane after a 33-year operation depending on the operational …

Many statements about the quality of a numerical model can only be made by including the
appropriate experiments (eg the quantification of the statistical uncertainties of model input …

Measuring rock elastic constants and anisotropy parameters and understanding their
changes in response to changes in pressure and temperature is crucial for modeling and …

Data streams in science and economy are becoming increasingly automatized. This has
various advantages compared to previous, user-dependent analyses, in which the same …

This study evaluated various mechanical responses that evolved as a function of gauge
length for PGCL sutures. Gauge length dependency is important to be studied as it directly …

This paper presents a methodology for uncertainty quantification in cyclic creep analysis.
The BP model, the Whaley and Neville model, the modified MC90 for cyclic loading and the …

Experimental evaluation of mechanical properties of materials is often standardised by pre-
defining the test specimen in terms of its geometrical features and random errors if any need …