Blockage detection in pressurized water-filled pipe using high frequency acoustic waves

A noise-based high-resolution time-reversal method for acoustic defect localization in water pipes

Leak Localization in Looped Pipe Networks Based on a Factorized Transient Wave Model: 2. Regularization of Ill-Conditioned Problems

Time Reversal of Waves in Hydraulics: Experimental and Theoretical Proof with Applications

Time-reversal of water-hammer waves

Model-Free Matched Field Processing for Condition Assessment of Pressurized Pipes

Numerical Investigation of High Frequency Wave-Leak Interaction in Water-Filled Pipes

Transformation between damped and undamped waterhammer waves

Controlled transients are reliable for fault detection

Experimental verification of the accuracy and robustness of Area Reconstruction Method for Pressurized Water Pipe System

Pipeline leak localization using matched-field processing incorporating prior information of modeling error

Wave-leak interaction in a simple pipe system

Bragg resonance in pressurized conduits anchored against longitudinal movement

Time reversal of waves in pressurized pipelines

Blockage detection in networks: The area reconstruction method

Cramer-Rao Lower Bound for Performance Analysis of Leak Detection

Internal Pipe Area Reconstruction as a Tool for Blockage Detection

Objective Functions for Transient-Based Pipeline Leakage Detection in a Noisy Environment: Least Square and Matched-Filter

On the Dissipation Mechanism of Lattice Boltzmann Method when Modeling 1-d and 2-d Water Hammer Flows

The Need for High Order Numerical Schemes to Model Dispersive High Frequency Acoustic Waves in Water-filled Pipes

Experimental evaluation of the fluid-structure interaction under high-frequency wave excitation in a fluid-filled HDPE pipe

Leak localization using time-reversal technique

Bragg-Type Resonance in Blocked Pipe System and Its Effect on the Eigenfrequency Shift

Eigenfrequency Shift Mechanism due to an Interior Blockage in a Pipe

Numerical Study of the Blockage Length Effect on the Transient Wave in Pipe Flows

An experimental study on the accuracy of inverse transient analysis based leak detection method in time domain

Effect of structural vibration in the propagation of high-frequency waves through a fluid-filled elastic pipe

Field experiments of hydraulic transients in a Pressure Management Area (PMA) in Hong Kong

How a leak modify the frequency response function of a pipe system

Multiple Defects Detection and Characterization in Pipes

Numerical Investigation of High-frequency Wave-leak Interaction in Water-filled Pipes

On the reliability and accuracy of time domain based leakage detection in pipe systems

On the reliability and accuracy of time-domain-based leakage detection in pipe systems

Parameters affecting the accuracy of acoustic-based area reconstruction method in water-filled pipe

Wave-defects Interaction in a Simple Pipe System

Eigenfrequency Shift Mechanism due to Variation in the Cross Sectional Area of a Conduit

Experimental Study of the Eigenfrequency Shift Mechanism in a Blocked Pipe System

High-frequency Acoustic Wave Properties in a Water-filled Pipe. Part 1: Dispersion and Multi-path Behaviour

High-frequency Acoustic Wave Properties in a Water-filled Pipe. Part 2: Range of Propagation

Scattering Behavior of High Frequency Acoustic Waves due to Blockage in Pressurized Water-filled Pipe

Single Extended Blockage Identification using a Model-Based Matched-Field Processing Approach

Study of features affecting the dissipation of Lattice Boltzmann method when modeling high frequency acoustic waves

Numerical study of high frequency acoustic wavesin water-filled conduits

On the Behaviour of High Frequency Acoustic Waves in Pressurized Inviscid Fluid in a Conduit

Study of the Eigenfrequency Shift Mechanism Due to an Interior Blockage in a Pipe with Small Radial Protrusion

Role of Length of Probing Waves for Multi-Scale Defects Detection in Pipes

Wave-blockage interaction in pipes

On Wave-defect Interaction in Pressurized Conduits

On Wave-Defect Interaction in Pressurized Conduits

Study by Finite Volume Method of Pipe-WallInfluence on Water Hammer Phenomenon

Modeling water hammer by finite volume method

Eigenfrequency Shift Mechanism due to Variation in the Cross Sectional Area of a Conduit

Article

Experimental Study of the Eigenfrequency Shift Mechanism in a Blocked Pipe System

Article

High-frequency Acoustic Wave Properties in a Water-filled Pipe. Part 1: Dispersion and Multi-path Behaviour

Article

High-frequency Acoustic Wave Properties in a Water-filled Pipe. Part 2: Range of Propagation

Article

Scattering Behavior of High Frequency Acoustic Waves due to Blockage in Pressurized Water-filled Pipe

Conference paper

Single Extended Blockage Identification using a Model-Based Matched-Field Processing Approach

Conference paper

Study of features affecting the dissipation of Lattice Boltzmann method when modeling high frequency acoustic waves

Conference paper

Numerical study of high frequency acoustic wavesin water-filled conduits

Conference paper

On the Behaviour of High Frequency Acoustic Waves in Pressurized Inviscid Fluid in a Conduit

Conference paper

Study of the Eigenfrequency Shift Mechanism Due to an Interior Blockage in a Pipe with Small Radial Protrusion

Conference paper

Role of Length of Probing Waves for Multi-Scale Defects Detection in Pipes

Conference paper

Wave-blockage interaction in pipes

Conference paper

On Wave-defect Interaction in Pressurized Conduits

Conference paper

On Wave-Defect Interaction in Pressurized Conduits

Conference paper

Study by Finite Volume Method of Pipe-WallInfluence on Water Hammer Phenomenon

Conference paper

Modeling water hammer by finite volume method

Conference paper