An investigation on prediction of oil from shea kernels in a hydraulic press subject to process variables such as moisture content, pressing time, applied pressure, heating time and heating temperature was carried out. Artificial neural network (ANN) technique was applied using experimental data from a previous study. These data were then used for network training and testing. The back propagation technique was then used for establishing the network. The prediction accuracy of the neural network model was significantly improved compared to statistical model. (R=0.96) Key words: Oil expression, yield, neural network, prediction
Four ANN models to estimate Bubble point pressure (Pb ), Oil Formation Volume Factor (Bob), Bubble p...
Abstract: A multi-layer neural network (NN) was developed to analyse experimental boiling data obtai...
ABSTRACT: Production of highly viscous tar sand bitumen using Steam Assisted Gravity Drainage (SAGD)...
The objective of the project is to explore the feasibility of using neural network modeling techniqu...
This research presents a study on the development of a model for oil palm yield using neural network...
The aim of this research is to use artificial neural networks computing technology for estimating th...
Bubble point pressure is one of the most important pressure–volume–temperature properties of crude o...
Refinery optimisation requires accurate prediction of crucial product properties and yield of desir...
Oil/gas exploration, drilling, production, and reservoir management are challenging these days since...
Predicting crude oil viscosity is a challenge faced by reservoir engineers in production planning. S...
In this study, an oil-fired boiler system is modeled as a multivariable plant with fired flow rate) ...
The aim of the research is to predict specific output characteristics of half finished goods (crude ...
In this work, a multi-layer feedforward artificial neural network (ANN) was used for modeling and pr...
Many approaches attempt to predict the performance of oil production systems, including analytical a...
The importance of heavy oil in the world oil market has increased over the past twenty years as ligh...
Four ANN models to estimate Bubble point pressure (Pb ), Oil Formation Volume Factor (Bob), Bubble p...
Abstract: A multi-layer neural network (NN) was developed to analyse experimental boiling data obtai...
ABSTRACT: Production of highly viscous tar sand bitumen using Steam Assisted Gravity Drainage (SAGD)...
The objective of the project is to explore the feasibility of using neural network modeling techniqu...
This research presents a study on the development of a model for oil palm yield using neural network...
The aim of this research is to use artificial neural networks computing technology for estimating th...
Bubble point pressure is one of the most important pressure–volume–temperature properties of crude o...
Refinery optimisation requires accurate prediction of crucial product properties and yield of desir...
Oil/gas exploration, drilling, production, and reservoir management are challenging these days since...
Predicting crude oil viscosity is a challenge faced by reservoir engineers in production planning. S...
In this study, an oil-fired boiler system is modeled as a multivariable plant with fired flow rate) ...
The aim of the research is to predict specific output characteristics of half finished goods (crude ...
In this work, a multi-layer feedforward artificial neural network (ANN) was used for modeling and pr...
Many approaches attempt to predict the performance of oil production systems, including analytical a...
The importance of heavy oil in the world oil market has increased over the past twenty years as ligh...
Four ANN models to estimate Bubble point pressure (Pb ), Oil Formation Volume Factor (Bob), Bubble p...
Abstract: A multi-layer neural network (NN) was developed to analyse experimental boiling data obtai...
ABSTRACT: Production of highly viscous tar sand bitumen using Steam Assisted Gravity Drainage (SAGD)...