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Narrow and Smart Textiles
von: Yordan Kyosev, Boris Mahltig, Anne Schwarz-Pfeiffer
Springer-Verlag, 2017
ISBN: 9783319690506 , 270 Seiten
Format: PDF, Online Lesen
Kopierschutz: Wasserzeichen
Preis: 85,59 EUR
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Preface
5
Contents
6
Narrow Weaving and Knitting
9
1 Connected Ribbons-Design as a Key to Service’s Materiality
10
Abstract
10
1 E-Ribbons, an Ecosystem in Itself
10
1.1 E-Ribbon, More Than a Ribbon, an Artery
11
1.2 E-Ribbon, the Electronical Support of the Near Future?
11
1.3 E-Ribbon, the Service’s Materiality
11
2 Design Methods, Understand Each Other to Work Together
12
2.1 Engineering, a Team Centered on Industrial Feasibility
13
2.2 Fashion, a Team at the Service of a Personality
13
2.3 The Product, a Team Around the End User
14
3 Collaborative Innovation’s Future
15
3.1 Marketing, a Time-Table Strategy
15
3.2 Client Support, a Novelty for the Textile World
16
3.3 Flexible Connectivity, the Key to Success
16
4 Conclusion
16
References
17
2 Modelling of Light Emission in Tapes Woven with Polymer Optical Fibres
18
Abstract
18
1 Introduction
18
2 Modelling Procedure
19
3 Weaving Simulation
20
4 Data Preparation
21
5 Ray Tracing Simulations
22
6 Ray Tracing Validation on Single POF
24
7 Results
25
8 Summary and Outlook
27
Acknowledgements
27
References
27
3 Interesting Mechanical Properties of 3D Warp Interlock Fabrics
28
Abstract
28
1 Introduction
28
2 Experimental Approach
29
3 Geometrical Comparison
29
3.1 Observations in the Warp Direction
30
3.2 Observations in the Weft Direction
31
4 Mechanical Comparison
32
4.1 Mechanical Comparison in the Warp Direction
34
4.2 Mechanical Comparison in the Weft Direction
36
5 Conclusion
36
References
36
4 Fibers and Textiles for Fully Bio-Based Fiber Reinforced Materials
39
Abstract
39
1 Introduction
39
2 Pretreatment of Natural Fibers
40
2.1 Hydrophobization of Textile Fabrics
40
2.1.1 Application of Natural Oils
40
2.1.2 Application of Polyisoprene
43
2.1.3 Application of Surfactants
46
2.1.4 Hydrophobization of Staple Fibers
47
2.2 Antimicrobial Finishing
49
3 Developments Related to Textile Structures
52
3.1 Fiber Felts
52
3.2 Fabric Production
52
4 Summary and Conclusions
53
Acknowledgements
53
References
54
5 Investigation of the Elastic Properties of Weft-Knitted Metal-Reinforced Narrow Composites
55
Abstract
55
1 Introduction
56
2 Material Data
56
3 Modelling
57
4 Numercial Results
59
5 Sample Production
60
6 Experimentation
61
7 Conclusions
62
References
62
Braiding
64
6 Investigation About the Properties of HMHT Fibre Ropes and New Machine for Continuous Production of Ropes with Connection Between Core and Mantle
65
Abstract
65
1 Introduction
65
2 Predominant Parameters: Twist Angle (Yarns and Strands) and Floating Length
67
3 Results of the CBOS Testing
68
4 Simultaneous Core-Mantle-Braiding Machine
70
5 Conclusions
71
Acknowledgements
71
References
71
7 Interlacement Variations in the Alternative Covering Technology D-3F
72
Abstract
72
1 Introduction
73
1.1 State of the Art—Covering Processes
73
1.2 Interlaced Composites Winding Technology D-3F
74
2 Design Studies and Possibilities of D-3F
76
2.1 Basic Winding Options
76
2.2 Adding Interlacements Between Layers
79
2.3 Possible Applications and Economical Aspects
80
3 Conclusions
81
References
82
8 Development of Machine Configuration for T- and I-Profiles and Their Topological Modelling
83
Abstract
83
1 Introduction
84
2 Simulation Model Fundamentals
84
3 Graphical User Interface
85
4 Concept and Simulation of Machine for T-Profile
85
5 Concept and Simulation of Machine for Double-T-Profile
88
6 Outline
89
7 Conclusions
90
References
91
9 Modeling of Braided Structures Based on Secondary Helix
92
Abstract
92
1 Introduction
92
2 Geometric Analysis of Braided Structures
94
3 Mathematical Modeling of Braiding Strands
95
3.1 Basic Assumptions and Definition of Geometrical Parameters
95
3.2 Definition of Geometrical Parameters of a Braided Structure
96
3.3 Primary Helix and Frenet Frame
96
3.4 Secondary Helix and Braiding Curve
98
4 Geometric Modeling of Braiding Strand
101
4.1 Geometric Modeling Based on the Mathematical Model
101
4.2 Geometrical Modeling Based on Secondary Helix
102
5 Application and Discussion
104
6 Conclusion
107
Acknowledgements
107
References
108
10 Investigation of PET-Braided Vascular Stents Potential Compared with Commercial Metallic Stents
109
Abstract
109
1 Introduction
110
2 Materials and Methods
110
2.1 Stents Development
110
2.2 Stents Characterization
112
2.2.1 Structural Characteristics
112
Cover Factor
112
Porosity
113
Unchanged Bending Diameter
114
2.2.2 Mechanical Characteristics
115
Longitudinal Elongation Test
115
Longitudinal Compression Test
115
Radial Compression Test
115
3 Results and Discussions
115
4 Conclusions
120
References
121
11 Experimental and Numerical Investigation of Triaxial Braid Reinforcements
123
Abstract
123
1 Introduction
123
2 Materials and Methods
125
3 Geometrical and Tensile Properties of Triaxial Braids
129
4 Geometrical Modeling of Triaxial Braids
133
5 Conclusions
137
References
137
12 Fibre-Rope-Driven Parallel Handling Device
141
Abstract
141
1 Introduction
141
2 Implementation
144
3 Rope Design
146
4 Results
146
Acknowledgements
147
References
147
13 Pattern Design with the Variation Braider VF of Company Herzog GmbH
148
Abstract
148
1 Introduction
148
2 Overview of Some Patterning Options on the VF Braider
150
3 Control Software
152
4 Flat Braids on Variation Braider
154
5 Conclusions
157
References
157
14 Ultrasonic Dip Coating of Fibre Ropes with Large Diameters
158
Abstract
158
1 Introduction of Fibre Ropes with Large Diameters in Conveyor-Technical Applications
158
2 Problems with the Coating of Fibre Ropes with Large Diameters
159
2.1 State-of-the-Art for the Coating of Fibre Ropes with Large Diameters
160
2.2 Ultrasonic Dip Coating
162
3 Experimental Investigations
162
4 Results of the Investigations
163
5 Conclusion
165
15 Overlay Finishes and Coatings for Improving Abrasion Resistance in Braided Polyarylate Fiber Ropes
166
Abstract
166
1 Introduction
166
2 Materials Selection and Description of Samples
167
3 Abrasion Tests
169
4 Summary
171
Reference
171
Smart Textiles
172
16 Metal-Textile Hybrid Carrier Modules with Integrated Functions Based on Textile Sensors
173
Abstract
173
1 Motivation and Overview of the Proposed Technological Development
173
2 Research on Textile Load-Bearing Webbings
174
3 Review of Production Sequences, as Well as the Metallic Construction
178
4 Development of Measuring and Data Transmission Concept
179
5 Continuous Testing Under Practical Conditions
181
6 Conclusion and Prediction
182
Acknowledgements
185
References
185
17 4D Textiles: Hybrid Textile Structures that Can Change Structural Form with Time by 3D Printing
186
Abstract
186
1 Introduction
186
2 4D Technology
188
3 3D Printing on Textile
188
3.1 Materials
190
3.2 Procedure
191
4 4D Textile
192
4.1 Materials
193
4.2 Stimuli
194
4.3 Applications
194
4.4 Design Approach
194
5 Conclusions
196
References
197
18 Functional Nanofiber Mats for Medical and Biotechnological Applications
199
Abstract
199
1 Introduction
199
2 Experimental
201
3 Results and Discussion
201
4 Conclusion
208
Acknowledgements
208
References
209
19 Sensorized Woven Tapes and Their Testing
211
Abstract
211
1 Introduction
211
2 Experimental
212
3 Force, Pressure, and Elongation Sensors
213
4 Temperature Sensors
216
5 Humidity Sensors
217
5.1 Why Testing Is Necessary
218
5.2 Requirements for Quality Control—New Simultaneous Testing Methods
218
5.3 Simultaneous Tests of Electrical and Mechanical Properties—RFs Characteristic
219
6 Conclusion
221
Acknowledgements
223
References
223
20 Integration of Solar Cells and Other Electronic Components into Clothes
224
Abstract
224
1 Introduction
224
2 Experimental
225
3 Electronic Devices
225
4 Textile Fabrics and Garment Construction
226
5 Laser Cutting
226
6 Results and Discussion
227
7 Conclusion
232
Acknowledgements
233
References
233
21 Washing and Abrasion Resistance of Conductive Coatings for Vital Sensors
235
Abstract
235
1 Introduction
235
2 Experimental
236
3 Results and Discussion
237
4 Conclusion
242
References
243
22 Resource-Efficient Production of a Smart Textile UV Sensor Using Photochromic Dyes: Characterization and Optimization
245
Abstract
245
1 Introduction
246
2 Experimental Part
247
3 Results and Discussion
249
4 Challenges and Conclusion
250
Acknowledgements
250
References
250
23 Direct Printing of Light-Emitting Devices on Textile Substrates
252
Abstract
252
1 Introduction
252
2 Working Mechanism and Device Manufacturing
255
2.1 ACPEL Device
255
2.1.1 Working Mechanism
255
2.1.2 Device Manufacturing
257
2.2 OLED
257
2.2.1 Working Mechanism
257
2.3 Device Manufacturing
259
3 Results and Discussion
260
3.1 ACPEL Device
260
3.2 OLED
264
4 Conclusion and Outlook
269
References
269