Steel pipelines externally exposed to seawater pit more severely in heat-affected weld zones but longer-term quantitative data are scarce. Maximum pit depths and variability are reported for the longitudinal weld in API X56 Spec 5 L grade steel pipeline samples exposed continuously to natural Pacific Ocean seawater for 3.5 years. For the first year maximum pit depths and pit depth variability for the different weld zones were very similar. Both became much greater subsequently, with the greatest increases for the heat affected zone. This is compared with steel composition and grain size and potential reasons for the observations discussed
This paper describes the corrosion loss profiles of 1 m long vertical steel strips attached to a raf...
AISI 316/316L has traditionally been used in offshore topside environments when operating under low ...
This work aims to investigate the corrosion effect of different seawaters surrounding Peninsular Mal...
Carbon steel pipelines are used extensively in the oil and gas industry for sub-sea applications. Us...
For containment structures, such as pipelines, risers and tanks, the most aggressive type of corrosi...
Research Doctorate - Doctor of Philosophy (PhD)Natural deterioration of steel structures exposed to ...
The internal corrosion and pitting of water injection pipelines (WIP) is of much interest in the oil...
Welds on mild and low alloy steels exposed to the marine environment are known to be prone to high l...
Long-termpitting corrosion depth, once initiated, is of interest for predicting remaining offshore p...
Quantification of long term integrity for steel marine pipelines and containing structures is import...
Corrosive environments such as marine sediments can cause corrosion to steel pipelines at any time w...
Research Doctorate - Doctor of Philosophy (PhD)Water injection is the most commonly used method to i...
metal arc welding 금속피복아크용접 ABSTRACT: The seawater pipes in the engine rooms of ships are surrounded ...
Structural steel is widely used for critical infrastructure, such as offshore structures, ships, mar...
Seabed sediment is an important environment that has significant effect on pipelines buried under it...
This paper describes the corrosion loss profiles of 1 m long vertical steel strips attached to a raf...
AISI 316/316L has traditionally been used in offshore topside environments when operating under low ...
This work aims to investigate the corrosion effect of different seawaters surrounding Peninsular Mal...
Carbon steel pipelines are used extensively in the oil and gas industry for sub-sea applications. Us...
For containment structures, such as pipelines, risers and tanks, the most aggressive type of corrosi...
Research Doctorate - Doctor of Philosophy (PhD)Natural deterioration of steel structures exposed to ...
The internal corrosion and pitting of water injection pipelines (WIP) is of much interest in the oil...
Welds on mild and low alloy steels exposed to the marine environment are known to be prone to high l...
Long-termpitting corrosion depth, once initiated, is of interest for predicting remaining offshore p...
Quantification of long term integrity for steel marine pipelines and containing structures is import...
Corrosive environments such as marine sediments can cause corrosion to steel pipelines at any time w...
Research Doctorate - Doctor of Philosophy (PhD)Water injection is the most commonly used method to i...
metal arc welding 금속피복아크용접 ABSTRACT: The seawater pipes in the engine rooms of ships are surrounded ...
Structural steel is widely used for critical infrastructure, such as offshore structures, ships, mar...
Seabed sediment is an important environment that has significant effect on pipelines buried under it...
This paper describes the corrosion loss profiles of 1 m long vertical steel strips attached to a raf...
AISI 316/316L has traditionally been used in offshore topside environments when operating under low ...
This work aims to investigate the corrosion effect of different seawaters surrounding Peninsular Mal...