This paper describes the relation between the flow resistance of a textile material and its geometry. A literature survey reveals that the orifice model is most suited to modeling the flow resistance of woven fabrics, but applications of this model were, until now, restricted to relatively open fabrics due to the geometric models used. Therefore, a new geometric model is developed, and experiments show that this model gives good results
An accurate model is needed for the flow of resin through fabric reinforcements, especially those th...
The previous paper (No. 2, Vol. 12-2011) [1] were analyzed the weave and construction parameters of ...
The flow through porous metallic-cloth fibers influences the cloth seal leakage performance. Measuri...
This paper describes the relation between the flow resistance of a textile material and its geometry...
Part I of this series presented a new model for predicting the flow resistance of monofilament fabri...
A model to predict the permeability of Non-Crimp Fabrics is proposed. The model is based on the geom...
Woven fabric permeability is relevant to many applications, such as airbags, textile composites proc...
This dissertation addresses the 3D flow through forming fabrics. In the first part of this thesis, t...
SUMMARY: A permeability prediction model for relaxed and sheared Non-Crimp Fabrics is proposed. The...
A permeability prediction model for relaxed and sheared Non-Crimp Fabrics is proposed. The model is ...
Forming simulations of textile preforms require a description of the shear resistance of the preform...
306-311A simplified mathematical model to predict the cutting behaviour of textile fabrics has been ...
Experimental permeability data of non-crimp fabrics (NCFs) is discussed in this chapter. The chapter...
Woven fabrics have found enormous application in our daily life and in industry because of their fle...
The previous paper (No. 2, Vol. 12-2011) [1] were analyzed the weave and construction parameters of ...
An accurate model is needed for the flow of resin through fabric reinforcements, especially those th...
The previous paper (No. 2, Vol. 12-2011) [1] were analyzed the weave and construction parameters of ...
The flow through porous metallic-cloth fibers influences the cloth seal leakage performance. Measuri...
This paper describes the relation between the flow resistance of a textile material and its geometry...
Part I of this series presented a new model for predicting the flow resistance of monofilament fabri...
A model to predict the permeability of Non-Crimp Fabrics is proposed. The model is based on the geom...
Woven fabric permeability is relevant to many applications, such as airbags, textile composites proc...
This dissertation addresses the 3D flow through forming fabrics. In the first part of this thesis, t...
SUMMARY: A permeability prediction model for relaxed and sheared Non-Crimp Fabrics is proposed. The...
A permeability prediction model for relaxed and sheared Non-Crimp Fabrics is proposed. The model is ...
Forming simulations of textile preforms require a description of the shear resistance of the preform...
306-311A simplified mathematical model to predict the cutting behaviour of textile fabrics has been ...
Experimental permeability data of non-crimp fabrics (NCFs) is discussed in this chapter. The chapter...
Woven fabrics have found enormous application in our daily life and in industry because of their fle...
The previous paper (No. 2, Vol. 12-2011) [1] were analyzed the weave and construction parameters of ...
An accurate model is needed for the flow of resin through fabric reinforcements, especially those th...
The previous paper (No. 2, Vol. 12-2011) [1] were analyzed the weave and construction parameters of ...
The flow through porous metallic-cloth fibers influences the cloth seal leakage performance. Measuri...