Artificial Neural Network: A New Tool for the Prediction of Hydrate Formation Conditions

A Kumari, M Madhaw, CB Majumder… - Applications of Nature …, 2022 - igi-global.com
A Kumari, M Madhaw, CB Majumder, A Arora
Applications of Nature-Inspired Computing in Renewable Energy Systems, 2022igi-global.com
The analysis and collection of data is an integral part of all research fields of the modern
world. There is a need to perform forward mathematical modeling to improve the operations
and calculations with modern technologies. Artificial neural network signifies the structure of
the human brain. They can provide reasonable solutions quickly for the problems that
classical programming cannot solve. An in-depth systematic study is presented in this
chapter related to artificial neural network applications (ANN) for predicting the equilibrium …
Abstract
The analysis and collection of data is an integral part of all research fields of the modern world. There is a need to perform forward mathematical modeling to improve the operations and calculations with modern technologies. Artificial neural network signifies the structure of the human brain. They can provide reasonable solutions quickly for the problems that classical programming cannot solve. An in-depth systematic study is presented in this chapter related to artificial neural network applications (ANN) for predicting the equilibrium conditions for gas hydrate formation, which can assist in designing future dissociation technology for gas hydrate so that this white gold can make world energy free for the future generation. This chapter can also help to develop a novel inhibitor for gas hydrate formation and save millions of dollars for the oil and gas industry.
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