Wool fiber has a complex hierarchic structure. The multi-scale fibrils are assembled to form a tree-like channel net in wool fiber, providing an efficient heat transfer property. The optimal inner configuration of wool fiber can also be invited to biomimic design of textile fabrics to improve the thermal comfort of cloth. A heat transfer model of biomimic multi-scale fabric using the fractal derivative is established. Theoretical analysis indicates that the heat flux efficiency in the biomimic fabric can be 2 orders of magnitude comparing with that of the continuous medium
Textile thermal bioengineering design involves the integration of multidisciplinary knowledge. Utili...
<p>This smart textile design research is located at the intersection of biomimicry and responsive ma...
Biomimetics of the branching structure of a plant can improve the water absorption and one-way trans...
The relationship between the unique internal structure of biomimic woven fabric and its moisture man...
ABSTRACT: Radiation heat transfer within the fabric used in fire protective clothing is one of the c...
Warm retention property of fabric is one of the most important factors for cloth-ing comfortability....
Silkworm cocoon has a complex hierarchic structure with discontinuity. In this paper, heat transfer ...
The main goal of the current work is to analyse the three-dimensional approach for modelling knitted...
Numerous industrial processes involve heat exchange, and the efficiency of energy usage depends heav...
An effective and proven way to manufacture thermal adaptive cloth is to integrate tubes for hot or c...
AbstractFibrous materials represent an important product in the application of fibres destined for c...
Numerical simulation is a rapid, effective, and low cost method to predict the heat transfer perform...
The Stanton number was originally proposed for describing heat transfer through a smooth surface. A ...
A 3D mathematical model is developed to describe coupled heat and mass transfer in woven fibrous mat...
Comfort is an important quality criterion, especially for sportswear. It influences well-being, perf...
Textile thermal bioengineering design involves the integration of multidisciplinary knowledge. Utili...
<p>This smart textile design research is located at the intersection of biomimicry and responsive ma...
Biomimetics of the branching structure of a plant can improve the water absorption and one-way trans...
The relationship between the unique internal structure of biomimic woven fabric and its moisture man...
ABSTRACT: Radiation heat transfer within the fabric used in fire protective clothing is one of the c...
Warm retention property of fabric is one of the most important factors for cloth-ing comfortability....
Silkworm cocoon has a complex hierarchic structure with discontinuity. In this paper, heat transfer ...
The main goal of the current work is to analyse the three-dimensional approach for modelling knitted...
Numerous industrial processes involve heat exchange, and the efficiency of energy usage depends heav...
An effective and proven way to manufacture thermal adaptive cloth is to integrate tubes for hot or c...
AbstractFibrous materials represent an important product in the application of fibres destined for c...
Numerical simulation is a rapid, effective, and low cost method to predict the heat transfer perform...
The Stanton number was originally proposed for describing heat transfer through a smooth surface. A ...
A 3D mathematical model is developed to describe coupled heat and mass transfer in woven fibrous mat...
Comfort is an important quality criterion, especially for sportswear. It influences well-being, perf...
Textile thermal bioengineering design involves the integration of multidisciplinary knowledge. Utili...
<p>This smart textile design research is located at the intersection of biomimicry and responsive ma...
Biomimetics of the branching structure of a plant can improve the water absorption and one-way trans...