Pressure drop through textile fabrics — experimental data modelling using classical models and neural networks

This publication has 26 references indexed in Scilit:

• Air Flow Through Textiles at High Differential Pressures
  Textile Research Journal, 1999
• Integrating artificial neural networks and empirical correlations for the prediction of water-subcooled critical heat flux
  Revue Générale de Thermique, 1997
• Adsorption onto Fibrous Activated Carbon: Applications to Water Treatment
  Energy & Fuels, 1997
• Neuronet Modeling of VOC Adsorption by GAC
  Environmental Technology, 1996
• Identification and Prediction of Protein Adsorption Breakthrough, Desorption, and Fractionation in a Packed Column Using a Neural Network
  Separation Science and Technology, 1995
• Moisture Induced Changes in Fabric Structure as Evidenced by Air Permeability Measurements
  Textile Research Journal, 1987
• Single phase flow through porous media and pore structure
  The Chemical Engineering Journal, 1975
• Flow of Single-Phase Fluids through Fibrous Beds
  Industrial & Engineering Chemistry Fundamentals, 1970
• Air Flow through Textile Fabrics
  Textile Research Journal, 1964
• Filtration of Aerosols By Fibrous Media
  Chemical Reviews, 1955