In this paper, we present a novel and completely different approach to the problem of
scattering material characterization: measuring the degree of predictability of the time series …

The quality and degradation state of building materials can be determined by nondestructive
testing (NDT). These materials are composed of a cementitious matrix and particles or …

New applications of non-destructive techniques (NDT) with ultrasonic tests (attenuation and
velocity by means of ultrasonic frequency sweeps) have been developed for the …

We consider in this paper the problem of automatic detection of ultrasonic echo pulses in a
grain noise background. We start by assuming a reference model for grain noise …

This paper examines the influence of the size and volume fraction of both aggregates and
air voids on the ultrasonic phase velocity and attenuation coefficient measured in …

This paper presents an application of ultrasonic signal processing to find parameters related
with physical properties of archaeological ceramic pieces and consolidation products used …

A technique has been developed for measuring acoustic velocity and attenuation
simultaneously at high pressures and temperatures. By observing both the direct (first) and …

The influence of reinforcement with basalt fibers in an amount of 0.6 vol% on the size effect
in concrete made of Portland cement TsEM II/AK (Sh-I) 42.5 N (GOST 31108–2016) is …

In this paper we approach Split-spectrum (SS) automatic detection from a distributed
detection perspective. The basic idea is to implement an energy detector at the output of …

We present development status and plans for NDE of graded material microstructures such
as those found in dual microstructure turbine engine disks. These hybrid disks feature …