Add to ORKGTransporting solid particles in oil and gas flow cause erosion damage to the pipeline and fittings. The aim of this thesis is to study the effect of impact velocity on the erosion damage in 90 degree long elbow by using two different erosion models namely, Oka model and E/CRC model. Those correlation applied at air-borne sand eroding, methane-borne sand eroding, mixed gas-borne sand eroding, and multiphase (gas- oil) borne sand eroding Inconel 625. The commercial computational fluid dynamics (CFD) code STAR-CCM+ is used to obtain the average and maximum erosion rate by using the above mentioned models and compared them with the previous results.0046 72026486
Sand erosion probe plays a major role in determining the erosion rate of an oil pipeline. Erosions a...
In this paper, a new concept of the one-dimensional erosion model (ODEM) is presented, validated, an...
The wear of material due to chemical process is called corrosion and the wear of material due to the...
Sand Contamination in crude oil pipeline can lead to erosion thus affect the transmission of hydroca...
The prediction of erosion damage due to sand presence during hydrocarbon production is a major threa...
Major solid particle erosion may lead to potential failure of upstream oil and gas producing wells. ...
A large amount of oil and gas production needs to be followed by optimal pipeline maintenance. Most ...
Sand erosion is the cause of widespread structural damage in offshore pipe systems and it is often a...
Erosion of sand particles is one of the serious problems in the oil and gas production industry. The...
In the present study, erosion wear of a 90o pipe bend has been investigated using the Computational ...
In oil and gas industry API RP 14 E is the most commonly used tool to evaluate production rate to li...
Sand erosion is the cause of widespread structural damage in offshore pipe systems and it is often a...
Unscheduled shut-downs of oil pipeline caused by erosion have great negative influence on product...
AbstractThe damage of materials caused by erosion of solid particles occurs on a large scale in diff...
The micromechanical process of solid particle erosion can be affected by a number of factors, includ...
Sand erosion probe plays a major role in determining the erosion rate of an oil pipeline. Erosions a...
In this paper, a new concept of the one-dimensional erosion model (ODEM) is presented, validated, an...
The wear of material due to chemical process is called corrosion and the wear of material due to the...
Sand Contamination in crude oil pipeline can lead to erosion thus affect the transmission of hydroca...
The prediction of erosion damage due to sand presence during hydrocarbon production is a major threa...
Major solid particle erosion may lead to potential failure of upstream oil and gas producing wells. ...
A large amount of oil and gas production needs to be followed by optimal pipeline maintenance. Most ...
Sand erosion is the cause of widespread structural damage in offshore pipe systems and it is often a...
Erosion of sand particles is one of the serious problems in the oil and gas production industry. The...
In the present study, erosion wear of a 90o pipe bend has been investigated using the Computational ...
In oil and gas industry API RP 14 E is the most commonly used tool to evaluate production rate to li...
Sand erosion is the cause of widespread structural damage in offshore pipe systems and it is often a...
Unscheduled shut-downs of oil pipeline caused by erosion have great negative influence on product...
AbstractThe damage of materials caused by erosion of solid particles occurs on a large scale in diff...
The micromechanical process of solid particle erosion can be affected by a number of factors, includ...
Sand erosion probe plays a major role in determining the erosion rate of an oil pipeline. Erosions a...
In this paper, a new concept of the one-dimensional erosion model (ODEM) is presented, validated, an...
The wear of material due to chemical process is called corrosion and the wear of material due to the...