Add to ORKGThis thesis investigated novel textile electromagnetic structures fabricated by a commercial computerized knitting machine. Different electronics such as elliptical waveguides, slotted waveguide antennas (SWA) and frequency selective surfaces (FSS) working at microwave band had been realized with fully textile materials. Knitted polyester was used as a dielectric and silver embedded yarn was knitted to create conducting patterns. Most of the textile electromagnetic structures in this thesis were the first time proposed to the public. Their performances were studied in both simulation and measurement
The research is devoted to topical issues of designing, choosing a rational structure and studying t...
This thesis presents a novel textile microwave interconnect that can be easily attached and removed ...
In this research study, knitted fabrics were produced on an E=12 gauge electronic flat bed knitting ...
This thesis investigated novel textile electromagnetic structures fabricated by a commercial compute...
We report a commercially attractive approach to manufacturing conducting textiles which is based on ...
A new approach to the manufacture of conducting textiles for operation at microwave frequencies is r...
In this paper, we presented a new type of textile antenna with new radiation mechanism that is capab...
The design of smart, interactive, computational, and electronic textiles involves working with unkno...
An experimental, microwave high impedance surface (HIS) manufactured from a combination of both cond...
The growth of the electronic industry and the widespread use of electronic equipment in communicatio...
This paper demonstrates the relationship between industry (Swisstulle Ltd) and two independent depar...
This paper presents the performance of a knitted textile waveguide under different bending condition...
In recent years, the use of electrical and electronic devices has grown rapidly. These devices cause...
Wearable technology has attracted global attention in the last decade and the market is experiencing...
The worldwide wearable technology market is expected to exceed $6B by 2016 and wearable antennas wil...
The research is devoted to topical issues of designing, choosing a rational structure and studying t...
This thesis presents a novel textile microwave interconnect that can be easily attached and removed ...
In this research study, knitted fabrics were produced on an E=12 gauge electronic flat bed knitting ...
This thesis investigated novel textile electromagnetic structures fabricated by a commercial compute...
We report a commercially attractive approach to manufacturing conducting textiles which is based on ...
A new approach to the manufacture of conducting textiles for operation at microwave frequencies is r...
In this paper, we presented a new type of textile antenna with new radiation mechanism that is capab...
The design of smart, interactive, computational, and electronic textiles involves working with unkno...
An experimental, microwave high impedance surface (HIS) manufactured from a combination of both cond...
The growth of the electronic industry and the widespread use of electronic equipment in communicatio...
This paper demonstrates the relationship between industry (Swisstulle Ltd) and two independent depar...
This paper presents the performance of a knitted textile waveguide under different bending condition...
In recent years, the use of electrical and electronic devices has grown rapidly. These devices cause...
Wearable technology has attracted global attention in the last decade and the market is experiencing...
The worldwide wearable technology market is expected to exceed $6B by 2016 and wearable antennas wil...
The research is devoted to topical issues of designing, choosing a rational structure and studying t...
This thesis presents a novel textile microwave interconnect that can be easily attached and removed ...
In this research study, knitted fabrics were produced on an E=12 gauge electronic flat bed knitting ...