Jinzhe Gong

Lecturer

Deakin University - Geelong Campus at Waurn Ponds

Australia

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Jinzhe Gong is a Lecturer at Deakin University - Geelong Campus at Waurn Ponds, Australia. His research focuses on hydraulic performance in water distribution systems and pipe flow dynamics, as evidenced by his recent publications on topics such as water depth in choked flow conditions, the impact of material aging on water pipes, and methods for anomaly recognition in water pipe systems. Additionally, he contributes to studies addressing the hydraulic impacts of bushfire on drinking water networks and analyzing residential water demand characteristics.

Articles (22)

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2020

Collaborators (5)

Nhu Cuong Do

University of Adelaide

AUSTRALIA

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Wenyan Wu

department of medicine university of melbourne melbourne victoria australia

AUSTRALIA

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Kris Law

Associate Professor

Deakin University - Geelong Campus at Waurn Ponds

AUSTRALIA

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Benjamin Cazzolato

Professor

University of Adelaide

AUSTRALIA

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Angus Ross Simpson

Emeritus Professor

University of Adelaide

AUSTRALIA

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Jinzhe Gong

Research Interests

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About

Articles (22)

Closure to “Investigation on the Water Depth of Choked Flow due to Bottom Blockages in Circular Open Channels”

Impact of Material Aging and Oxidation on Frequency-Dependent Wave Speed and Pressure Attenuation of HDPE Water Pipes

Comprehensive Three-Dimensional Virtual Experiment Platform for Transient Pipe Flow Considering Fluid–Structure Interaction

Comparing the Hydraulic Performance of Cold-Water Premise Plumbing Systems Designed Based on Traditional and Modern Peak Demand Estimates

Bushfire Impact on Drinking Water Distribution Networks and Investigation Methods: A Review

Anomaly Recognition in Water Pipe Systems Using a Characterization Framework and Persistent Hydraulic Transient Waves

Calibration of Frequency-Dependent Wave Speed and Attenuation in Water Pipes Using a Dual-Sensor and Paired-IRF Approach

Real-Time Localization of Hydraulic Transient Events in Water Distribution Systems Using Paired Transient Wave Arrival Time Strategy

The Impact of Building Occupancy on Water Demand Characteristics in Residential Buildings: A Sensitivity Analysis

Experimental Study on the Hydraulic Impact of Discrete Top Blockages in Gravity Sewers

Investigation on the Water Depth of Choked Flow due to Bottom Blockages in Circular Open Channels

Anomaly Detection in Targeted Pipe Sections in Water Pipe Systems Using Hydroacoustic Signal Deconvolution

Determination of Fixture-Use Probability for Peak Water Demand Design Using High-Level Water End-Use Statistics and Stochastic Simulation

Enhancing Pipe-Break Early Warning in Smart Water Networks: Distinguishing Leaks from Water Uses

Smart water networks: A systematic review of applications using high-frequency pressure and acoustic sensors in real water distribution systems

Comparing Actual and Designed Water Demand in Australian Multilevel Residential Buildings

Reconstructing Extended Irregular Anomalies in Pipelines Using Layer-Peeling with Optimization

Digital Transformation in Water Organizations

Optimal Pipe Network Sensor Layout Design for Hydraulic Transient Event Detection and Localization

Acoustic Signal Classification by Support Vector Machine for Pipe Crack Early Warning in Smart Water Networks

Extremely Sensitive Anomaly Detection in Pipe Networks Using a Higher-Order Paired-Impulse Response Function with a Correlator

Pipe crack early warning for burst prevention by permanent acoustic noise level monitoring in smart water networks

Collaborators (5)

Nhu Cuong Do

Wenyan Wu

Kris Law

Benjamin Cazzolato

Angus Ross Simpson

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