Thermal Performance Analysis of Heat Pipe Intercooler Based on Artificial Neural-Networks.
Yao ZhaoQingguo LuoMianhao QiuPublished in: Int. J. Pattern Recognit. Artif. Intell. (2021)
Keyphrases
- artificial neural networks
- heat transfer
- heat exchanger
- thermal conductivity
- neural network
- air conditioning
- power plant
- predictive control
- back propagation
- numerical simulations
- computational intelligence
- using artificial neural networks
- infrared
- application of artificial neural networks
- operating conditions
- soft computing
- neuro fuzzy
- hybrid model
- radial basis function
- feed forward
- electrical power
- hidden layer
- finite element method
- control system
- mathematical models
- multilayer perceptron
- neural network model
- surface temperature
- activation function
- water supply
- highly nonlinear
- transmission line
- genetic algorithm ga
- real time
- genetic algorithm
- heat flow
- cross section
- chemical reaction
- ann models
- multiple models
- control scheme
- steady state