Coda wave interferometry (CWI) holds promise as a technique for concrete stress
monitoring. This is because the coda, which consists of multiply scattered arrivals, is the …

Condition or health monitoring of concrete structures has experienced increasing interest
over the last decade. While conventional sensors such as strain gauges are accurate and …

This paper addresses the problem of stabilisation of poor subgrade soil for improving its
engineering properties and stiffness. The study aim is to evaluate the effects from single and …

This article describes the use of coda wave measurements in a network of transducers for
detecting stress changes and damage in large concrete structures. The applicability of the …

This article presents an experimental study of estimating stresses in concrete by applications
of coda wave interferometry to establish an acoustoelastic modulus database. Under well …

The strength of soil can significantly increase by stabilisation with binders. Adding binders in
correct proportions to improve soil parameters is of paramount importance for earthworks. In …

Acoustoelastic technology, which measures changes in ultrasonic wave velocity to
determine structural stress, shows significant potential for assessing stress in concrete …

The basic principle of the three-dimensional stress state test is deduced based on the
relationship between the normal stress and the conventional stress state, and the …

The application of ultra-high-performance concrete (UHPC) in civil engineering structures is
growing rapidly. On the other hand, previous non-destructive testing (NDT) techniques …

This paper presents an in-situ study of imaging cracks in the Berwick Bay Bridge
nondestructively by the application of an inverse algorithm to ultrasonic coda wave …