Article
Publicly Available
HEAT TRANSFER IN THIN POROUS FIBROUS MATERIAL: MATHEMATICAL MODELLING AND EXPERIMENTAL VALIDATION USING ACTIVE THERMOGRAPHY
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Debasish Banerjee
Published/Copyright:
September 20, 2023
Published Online: 2023-09-20
Published in Print: 2010-12-01
© 2023 by Association of Universities for Textiles (AUTEX)
Articles in the same Issue
- FIBRE STRAIGHTENING DURING THE FORMATION OF DISC SPUN YARN
- EVALUATION OF A TENSILE TEST FOR THE DETERMINATION OF THE MATERIAL BEHAVIOUR OF FILAMENT YARNS UNDER HIGH STRAIN RATES
- HEAT TRANSFER IN THIN POROUS FIBROUS MATERIAL: MATHEMATICAL MODELLING AND EXPERIMENTAL VALIDATION USING ACTIVE THERMOGRAPHY
- THERMAL RESISTANCE OF ORGANIC NANOPARTICLE COATINGS FOR HYDROPHOBICITY AND WATER REPELLENCE OF PAPER SUBSTRATES
- PREDICTING RESIDUAL BAGGING BEND HEIGHT OF KNITTED FABRIC USING FUZZY MODELLING AND NEURAL NETWORKS
Keywords for this article
Heat transfer model;
infrared thermography;
control volume;
convection coefficient;
drying
Articles in the same Issue
- FIBRE STRAIGHTENING DURING THE FORMATION OF DISC SPUN YARN
- EVALUATION OF A TENSILE TEST FOR THE DETERMINATION OF THE MATERIAL BEHAVIOUR OF FILAMENT YARNS UNDER HIGH STRAIN RATES
- HEAT TRANSFER IN THIN POROUS FIBROUS MATERIAL: MATHEMATICAL MODELLING AND EXPERIMENTAL VALIDATION USING ACTIVE THERMOGRAPHY
- THERMAL RESISTANCE OF ORGANIC NANOPARTICLE COATINGS FOR HYDROPHOBICITY AND WATER REPELLENCE OF PAPER SUBSTRATES
- PREDICTING RESIDUAL BAGGING BEND HEIGHT OF KNITTED FABRIC USING FUZZY MODELLING AND NEURAL NETWORKS
