The recent developments of analytical and experimental tests for underground pipelines rehabilitation are presented. The finite element simulation results appear to give reasonable estimates for encased liner buckling pressure tests. This work shows that further analytical, field, and/or laboratory studies and finite element analyses are required. This work also describes the numerical modeling of the axial compression and bending behaviours of segmented pipe joints using the finite element method. The results of published full-scale tests by others (Bouabid, 1993 and Singhal, 1984) of unrestrained joints for typical rigid pipes were used to validate and calibrate the finite element models. The research develops a tool to use numerical simu...
1Damage reports from past earthquakes have clearly revealed that bur-ied and above surface pipelines...
The primary focus of this thesis is the evaluation through experimental and numerical investigations...
Although seismic events rarely cause structural damages to buried pipelines, they can neverthless r...
Pipelines are used by many industries to transport different materials, such as water, gas, oil and ...
Today, buried pipes can be considered one of the main substantial infrastructures which has signific...
Today, buried pipes can be considered one of the main substantial infrastructures which has signific...
Buried pipelines serve as a critical component of lifeline systems, such as water and gas supply. Th...
Pipelines are reliable and economical means of transporting water, oil, gas, sewage and other fluids...
The purpose of this research is to study the elastic and inelastic behavior of buried pipeline syste...
The purpose of this research is to study the elastic and inelastic behavior of buried pipeline syste...
Network of buried pipelines is one of the critical elements in infrastructure of today's modern citi...
Due to the humid climate in Taiwan area, the underground pipes are prone to be damaged by corrosion,...
This paper describes a simple soil-structure interaction model of a buried segmented concrete pipeli...
The research reported in this thesis investigates the nature of trench excavation induced ground mov...
Available analytical methodologies for the strength verification of buried pipelines against large p...
1Damage reports from past earthquakes have clearly revealed that bur-ied and above surface pipelines...
The primary focus of this thesis is the evaluation through experimental and numerical investigations...
Although seismic events rarely cause structural damages to buried pipelines, they can neverthless r...
Pipelines are used by many industries to transport different materials, such as water, gas, oil and ...
Today, buried pipes can be considered one of the main substantial infrastructures which has signific...
Today, buried pipes can be considered one of the main substantial infrastructures which has signific...
Buried pipelines serve as a critical component of lifeline systems, such as water and gas supply. Th...
Pipelines are reliable and economical means of transporting water, oil, gas, sewage and other fluids...
The purpose of this research is to study the elastic and inelastic behavior of buried pipeline syste...
The purpose of this research is to study the elastic and inelastic behavior of buried pipeline syste...
Network of buried pipelines is one of the critical elements in infrastructure of today's modern citi...
Due to the humid climate in Taiwan area, the underground pipes are prone to be damaged by corrosion,...
This paper describes a simple soil-structure interaction model of a buried segmented concrete pipeli...
The research reported in this thesis investigates the nature of trench excavation induced ground mov...
Available analytical methodologies for the strength verification of buried pipelines against large p...
1Damage reports from past earthquakes have clearly revealed that bur-ied and above surface pipelines...
The primary focus of this thesis is the evaluation through experimental and numerical investigations...
Although seismic events rarely cause structural damages to buried pipelines, they can neverthless r...