Ground vibration due to blasting is identified as a challenging issue in mining and civil
activities. Peak particle velocity (PPV) is one of the blasting undesirable consequences …

In the present study, the air-overpressure (AOp) due to mine blasting is predicted using an
uncertainty intelligence method based on the Z-number reliability and fuzzy cognitive map …

Blasting is widely employed as an accepted mechanism for rock breakage in mining and
civil activities. As an environmental side effect of blasting, flyrock should be investigated …

Non-uniqueness in the inversion of seismic data can be considered the main challenge for
the application of such data. Prior information, such as downhole data, can be used to …

Abstract S-wave velocity (Vs), as a crucial parameter in the study of site effects, has been
investigated extensively. In the last decade, the use of the surface wave analysis technique …

Seismic refraction is a cost-effective tool to reveal subsurface compressional wave (P-wave)
velocity. Inversion of traveltimes for estimating a realistic velocity model is a significant step …

This study presents the results of solving the inverse problem of determining the
concentrations of heavy metal ions of multicomponent solutions by their Raman and …

Adequate estimation of S-wave velocity (Vs) structure is a significant parameter in the
seismic micro zonation studies. To this purpose, different techniques, such as down-hole …

In geotechnical engineering, environmental research, and the discovery and extraction of
minerals, oil, natural gas, groundwater, and subsurface thermal energy, well logging is an …

This study aims to build a 3D velocity model for investigating and evaluating underground
contaminants flowing through groundwater pathways. To accomplish this goal, we …