Smart textiles and their applications /

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Smart Textiles and Their Applications outlines the fundamental principles of applied smart textiles, also reporting on recent trends and research developments. Scientific issues and proposed solutions are presented in a rigorous and constructive way that fully presents the various results, prototype...

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Detalles Bibliográficos
Clasificación:Libro Electrónico
Otros Autores: Koncar, Vladan (Editor )
Formato: Electrónico eBook
Idioma:Inglés
Publicado: Duxford : Woodhead Publishing, ©2016.
Colección:Woodhead publishing in textiles ; no. 178.
Temas:
Electronic textiles.
Textile fabrics.
Patient monitoring > Equipment and supplies.
Textiles
Biomedical Technology > instrumentation
Biosensing Techniques > instrumentation
Monitoring, Physiologic > instrumentation
Textiles électroniques.
Textiles et tissus.
Monitorage (Soins hospitaliers) > Appareils et matériel.
cloth.
TECHNOLOGY & ENGINEERING > Engineering (General)
TECHNOLOGY & ENGINEERING > Reference.
Textile fabrics
Patient monitoring > Equipment and supplies
Electronic textiles
Acceso en línea:Texto completo
Tabla de Contenidos:
  • Machine generated contents note: 1.1. Definitions of smart textiles / V. Koncar
  • 1.2. Main domains of applications / V. Koncar
  • 1.3. Smart textiles and their readiness for the market / V. Koncar
  • 1.4. Achievements / V. Koncar
  • 2.1. Introduction / C. Cochrane / A. Schwarz-Pfeiffer / C. Hertleer
  • 2.2. What can textile electrodes monitor? / C. Cochrane / A. Schwarz-Pfeiffer / C. Hertleer
  • 2.3. How do textile-based electrodes and sensors work and what can they measure? / C. Cochrane / A. Schwarz-Pfeiffer / C. Hertleer
  • 2.4. What textile-based actuators are (or can be) used for in health applications? / C. Cochrane / A. Schwarz-Pfeiffer / C. Hertleer
  • 2.5. Conclusions / C. Cochrane / A. Schwarz-Pfeiffer / C. Hertleer
  • References / C. Cochrane / A. Schwarz-Pfeiffer / C. Hertleer
  • 3.1. Introduction / S.K. Bahadir / F. Kalaoglu / V. Koncar
  • 3.2.E-textile architecture for obstacle avoidance / S.K. Bahadir / F. Kalaoglu / V. Koncar
  • Note continued: 3.3. Smart shirt concept model / S.K. Bahadir / F. Kalaoglu / V. Koncar
  • 3.4. An algorithm for obstacle avoidance and data transfer in a smart shirt / V. Koncar / S.K. Bahadir / F. Kalaoglu
  • 3.5. Sensing performance of the smart shirt / S.K. Bahadir / F. Kalaoglu / V. Koncar
  • 3.6. Conclusions / S.K. Bahadir / F. Kalaoglu / V. Koncar
  • 3.7. Trends in future challenges / S.K. Bahadir / F. Kalaoglu / V. Koncar
  • References / S.K. Bahadir / F. Kalaoglu / V. Koncar
  • 4.1. Introduction / J.B. Tylcz / S. Mordon / C. Vicentini
  • 4.2. Fabric types / J.B. Tylcz / S. Mordon / C. Vicentini
  • 4.3. Future of light-emitting fabrics / J.B. Tylcz / S. Mordon / C. Vicentini
  • References / J.B. Tylcz / S. Mordon / C. Vicentini
  • 5.1. Introduction / V. Koncar / S. Petrusic
  • 5.2. Controlled release of active agents / V. Koncar / S. Petrusic
  • 5.3. Microencapsulation of active agents / V. Koncar / S. Petrusic
  • Note continued: 5.4. Embedding of microcapsules into textile structures / V. Koncar / S. Petrusic
  • 5.5. Controlled release of microencapsulated active agents from textile structure / V. Koncar / S. Petrusic
  • 5.6. Future trends / V. Koncar / S. Petrusic
  • 5.7. Conclusions / V. Koncar / S. Petrusic
  • References / V. Koncar / S. Petrusic
  • 6.1. Introduction / J. Hesse
  • 6.2. Medical background information / J. Hesse
  • 6.3. Medical back belt / J. Hesse
  • 6.4. Results and conclusions / J. Hesse
  • Acknowledgements / J. Hesse
  • References / J. Hesse
  • 7.1. Introduction / D. Kogias / S. Vassiliadis / S.M. Potirakis / E.T. Michailidis
  • 7.2. System overview and network characteristics / D. Kogias / S. Vassiliadis / S.M. Potirakis / E.T. Michailidis
  • 7.3. Wireless communications technologies and standards / D. Kogias / S. Vassiliadis / S.M. Potirakis / E.T. Michailidis
  • 7.4. Security and reliability issues / D. Kogias / S. Vassiliadis / S.M. Potirakis / E.T. Michailidis
  • Note continued: 7.5. Conclusions and future perspectives / D. Kogias / S. Vassiliadis / S.M. Potirakis / E.T. Michailidis
  • References / D. Kogias / S. Vassiliadis / S.M. Potirakis / E.T. Michailidis
  • 8.1. Introduction / B. Kumar / J.L. Hu / N. Pan
  • 8.2. Chronic venous disorders / B. Kumar / J.L. Hu / N. Pan
  • 8.3. Shape memory materials for compression / B. Kumar / J.L. Hu / N. Pan
  • 8.4. Smart compression system using shape memory fibers / B. Kumar / J.L. Hu / N. Pan
  • 8.5. Conclusions / B. Kumar / J.L. Hu / N. Pan
  • References / B. Kumar / J.L. Hu / N. Pan
  • 9.1. Introduction / Y.K. Kim / M.S. Mahmud / H. Wang
  • 9.2. Biomedical sensors for wearable body sensor network / Y.K. Kim / M.S. Mahmud / H. Wang
  • 9.3. Wearable body sensor networks and wireless data acquisition / Y.K. Kim / M.S. Mahmud / H. Wang
  • 9.4. Wireless biomedical computing and applications / Y.K. Kim / M.S. Mahmud / H. Wang
  • 9.5. Future trends / Y.K. Kim / M.S. Mahmud / H. Wang
  • Note continued: 9.6. Conclusions / Y.K. Kim / M.S. Mahmud / H. Wang
  • References / Y.K. Kim / M.S. Mahmud / H. Wang
  • 10.1. Introduction / A. Nishikawa / S. Ide
  • 10.2. Five-fingered robot hand / A. Nishikawa / S. Ide
  • 10.3. Bioinspired control / A. Nishikawa / S. Ide
  • 10.4. Experiment / A. Nishikawa / S. Ide
  • 10.5. Conclusions and future research / A. Nishikawa / S. Ide
  • Acknowledgments / A. Nishikawa / S. Ide
  • References / A. Nishikawa / S. Ide
  • 11.1. Introduction / M. Chen / G.K. Stylios
  • 11.2. Psychology and art / G.K. Stylios / M. Chen
  • 11.3. Colour and pattern in human emotions / M. Chen / G.K. Stylios
  • 11.4. The human brain / M. Chen / G.K. Stylios
  • 11.5. Self-evaluation of human emotion / M. Chen / G.K. Stylios
  • 11.6.A study of changing patterns / M. Chen / G.K. Stylios
  • 11.7. Experimental methodology / M. Chen / G.K. Stylios
  • 11.8. Brain data acquisition and processing / M. Chen / G.K. Stylios
  • Note continued: 11.9.Data analysis and results / M. Chen / G.K. Stylios
  • 11.10.Discussion and conclusions / M. Chen / G.K. Stylios
  • References / M. Chen / G.K. Stylios
  • 12.1.Introduction / R. Brünler / C. Cherif / D. Aibibu / M. Hild
  • 12.2.Biopolymers / R. Brünler / C. Cherif / D. Aibibu / M. Hild
  • 12.3.Fibers from biopolymers / R. Brünler / C. Cherif / D. Aibibu / M. Hild
  • 12.4.Definition of hybrid structures / R. Brünler / C. Cherif / D. Aibibu / M. Hild
  • 12.5.Flock scaffolds as a single material system / R. Brünler / C. Cherif / D. Aibibu / M. Hild
  • 12.6.Fiber-based additive manufacturing technology for open porous implants with complex geometries / R. Brünler / C. Cherif / D. Aibibu / M. Hild
  • 12.7.Uniform hybrid scaffolds / R. Brünler / C. Cherif / D. Aibibu / M. Hild
  • 12.8.Implants for complex defects affecting multiple types of tissues or different tissue structures / R. Brünler / C. Cherif / D. Aibibu / M. Hild
  • Note continued: 12.9.Electrospun implants for tubular grafts / R. Brünler / C. Cherif / D. Aibibu / M. Hild
  • 12.10.Conclusions / R. Brünler / C. Cherif / D. Aibibu / M. Hild
  • References / R. Brünler / C. Cherif / D. Aibibu / M. Hild
  • 13.1.Introduction / C. Marchand / B. Durand
  • 13.2.Structural biocompatibility of fibrous implantable devices / C. Marchand / B. Durand
  • 13.3.Material biocompatibility of fibrous implantable medical devices / C. Marchand / B. Durand
  • 13.4.Current challenges and future prospects for smart textile implantable devices / C. Marchand / B. Durand
  • Abbreviations / B. Durand / C. Marchand
  • References / B. Durand / C. Marchand
  • 14.1.Introduction / I. Cristian / C. Loghin / V. Koncar / Z. Asfar / S. Nauman
  • 14.2.The piezoresistive behaviour of polymer composites based on conductive fillers / C. Loghin / V. Koncar / I. Cristian / Z. Asfar / S. Nauman
  • Note continued: 14.3. Fibrous sensor for compression and traction detection in laminated composites / C. Loghin / I. Cristian / Z. Asfar / S. Nauman / V. Koncar
  • 14.4. Sensing layer for the detection of damage in laminated composites / Z. Asfar / I. Cristian / C. Loghin / V. Koncar / S. Nauman
  • 14.5. Conclusions / C. Loghin / V. Koncar / I. Cristian / Z. Asfar / S. Nauman
  • References / V. Koncar / C. Loghin / I. Cristian / Z. Asfar / S. Nauman
  • 15.1. Introduction / C. Cherif / E. Haentzsche / R. Mueller / A. Nocke / M.M.B. Hasan / M. Huebner
  • 15.2. Functional principle of textile-based piezoresistive carbon filament yarn sensors for application in a wind turbine blade / A. Nocke / M. Huebner / M.M.B. Hasan / C. Cherif / E. Haentzsche / R. Mueller
  • 15.3. Experimental details / E. Haentzsche / C. Cherif / R. Mueller / A. Nocke / M. Huebner / M.M.B. Hasan
  • 15.4. Results and discussion / E. Haentzsche / C. Cherif / R. Mueller / M.M.B. Hasan / M. Huebner / A. Nocke
  • Note continued: 15.5. Conclusions / C. Cherif / E. Haentzsche / M. Huebner / A. Nocke / R. Mueller / M.M.B. Hasan
  • Acknowledgments / C. Cherif / E. Haentzsche / M.M.B. Hasan / M. Huebner / A. Nocke / R. Mueller
  • References / C. Cherif / E. Haentzsche / R. Mueller / A. Nocke / M. Huebner / M.M.B. Hasan
  • 16.1. Introduction / V. Koncar / C. Cochrane / X. Legrand
  • 16.2.Complex shaped-reinforced thermoplastic composites / X. Legrand / C. Cochrane / V. Koncar
  • 16.3. Sensors technology / X. Legrand / V. Koncar / C. Cochrane
  • 16.4. Testing / X. Legrand / V. Koncar / C. Cochrane
  • 16.5. Results and discussion / X. Legrand / V. Koncar / C. Cochrane
  • 16.6. Conclusions / X. Legrand / V. Koncar / C. Cochrane
  • References / X. Legrand / V. Koncar / C. Cochrane
  • 17.1. Introduction / F. Boussu / V. Koncar / C. Cochrane / N. Trifigny
  • 17.2. Observation of the kinematics of the weaving process / F. Boussu / V. Koncar / C. Cochrane / N. Trifigny
  • Note continued: 17.3. Sensor yarns to measure the mechanical stress during the weaving process / F. Boussu / V. Koncar / C. Cochrane / N. Trifigny
  • 17.4. Dynamic measurements of the weaving process with sensor yarns / N. Trifigny / F. Boussu / V. Koncar / C. Cochrane
  • 17.5. Conclusions / F. Boussu / V. Koncar / C. Cochrane / N. Trifigny
  • Acknowledgements / F. Boussu / V. Koncar / C. Cochrane / N. Trifigny
  • References / F. Boussu / V. Koncar / C. Cochrane / N. Trifigny
  • 18.1. Introduction / V. Koncar / C. Nocito
  • 18.2. Textile with embedded photovoltaic cells / V. Koncar / C. Nocito
  • 18.3. Performance / V. Koncar / C. Nocito
  • 18.4. Conclusions / V. Koncar / C. Nocito
  • References / V. Koncar / C. Nocito
  • 19.1. Introduction / H. Gidik / D. Dupont / G. Bedek
  • 19.2. Heat and mass transfers in textiles / H. Gidik / D. Dupont / G. Bedek
  • 19.3. Heat fluxmeters / H. Gidik / D. Dupont / G. Bedek
  • 19.4. Textile heat fluxmeter / H. Gidik / D. Dupont / G. Bedek
  • Note continued: 19.5. Conclusions and future trends / H. Gidik / D. Dupont / G. Bedek
  • References / H. Gidik / D. Dupont / G. Bedek
  • 20.1. Introduction / S. Odhiambo / L. Van Langenhove / C. Hertleer / G. De Mey
  • 20.2. Background of textile-based batteries and capacitors / S. Odhiambo / L. Van Langenhove / C. Hertleer / G. De Mey
  • 20.3. Developed PEDOT:PSS capacitors / S. Odhiambo / L. Van Langenhove / C. Hertleer / G. De Mey
  • 20.4. Device fabrication / S. Odhiambo / L. Van Langenhove / C. Hertleer / G. De Mey
  • 20.5. The general charge-discharge procedure / S. Odhiambo / L. Van Langenhove / C. Hertleer / G. De Mey
  • 20.6. Results of charge-discharge experiments / S. Odhiambo / L. Van Langenhove / C. Hertleer / G. De Mey
  • 20.7. Devices with silver-coated PBO yarn electrodes at fixed voltage and different charging time / S. Odhiambo / L. Van Langenhove / C. Hertleer / G. De Mey
  • Note continued: 20.8. Devices with stainless steel yarn electrodes at fixed voltage and different charging times / S. Odhiambo / L. Van Langenhove / C. Hertleer / G. De Mey
  • 20.9.Comparison of devices with silver-coated PBO yarn electrodes versus devices with pure stainless steel filament yarn electrodes / S. Odhiambo / L. Van Langenhove / C. Hertleer / G. De Mey
  • 20.10. Experimental results with devices connected to load resistors / G. De Mey / C. Hertleer / L. Van Langenhove / S. Odhiambo
  • 20.11. Proposed charge storage mechanism in the developed cells / S. Odhiambo / L. Van Langenhove / C. Hertleer / G. De Mey
  • 20.12. Conclusions / S. Odhiambo / L. Van Langenhove / C. Hertleer / G. De Mey
  • References / S. Odhiambo / L. Van Langenhove / C. Hertleer / G. De Mey
  • 21.1. Introduction / A. El-Zein / C. Cochrane / A. Cayla
  • 21.2. State of the art / A. El-Zein / C. Cochrane / A. Cayla
  • 21.3. Problems of the study / A. El-Zein / C. Cochrane / A. Cayla
  • Note continued: 21.4. Experimental part / A. El-Zein / C. Cochrane / A. Cayla
  • 21.5. Results / A. El-Zein / C. Cochrane / A. Cayla
  • 21.6. Conclusions / A. El-Zein / C. Cochrane / A. Cayla
  • References / A. El-Zein / C. Cochrane / A. Cayla
  • 22.1. Introduction / J. Mlynarek / P.I. Dolez
  • 22.2. Key trends in product development / J. Mlynarek / P.I. Dolez
  • 22.3. Developments of PPE products and technologies / J. Mlynarek / P.I. Dolez
  • 22.4. Consequences on PPE testing and specifications / J. Mlynarek / P.I. Dolez
  • 22.5. Conclusions / J. Mlynarek / P.I. Dolez
  • References / J. Mlynarek / P.I. Dolez
  • 23.1. Introduction / O. Vermeersch / J. Decaens
  • 23.2. Power and data transmission / O. Vermeersch / J. Decaens
  • 23.3. Embedded textile monitoring sensors / O. Vermeersch / J. Decaens
  • 23.4. End-life indicators / O. Vermeersch / J. Decaens
  • 23.5. Conclusions and future trends / O. Vermeersch / J. Decaens
  • References / O. Vermeersch / J. Decaens
  • Note continued: 24.1. Introduction / C. Moretti / V. Koncar / L. Koehl / X. Tao
  • 24.2. Emissive textile devices / C. Moretti / V. Koncar / L. Koehl / X. Tao
  • 24.3. Reflective devices / C. Moretti / V. Koncar / L. Koehl / X. Tao
  • 24.4. Applications and the need for communicative textiles / C. Moretti / V. Koncar / L. Koehl / X. Tao
  • 24.5. Conclusions and future work / C. Moretti / V. Koncar / L. Koehl / X. Tao
  • Acknowledgements / C. Moretti / V. Koncar / L. Koehl / X. Tao
  • References / C. Moretti / V. Koncar / L. Koehl / X. Tao
  • Interesting videos / C. Moretti / V. Koncar / L. Koehl / X. Tao
  • 25.1. Introduction / V. Koncar / X. Tao
  • 25.2. Materials / V. Koncar / X. Tao
  • 25.3. Fibrous transistors / V. Koncar / X. Tao
  • 25.4. Textile electronic circuits / V. Koncar / X. Tao
  • 25.5. Conclusions and perspectives / X. Tao / V. Koncar
  • References / V. Koncar / X. Tao
  • 26.1. Introduction to textile antennas / H. Rogier / C. Hertleer / L. Vallozzi
  • Note continued: 26.2. Textile antenna fundamentals / H. Rogier / C. Hertleer / L. Vallozzi
  • 26.3. Challenges and adverse effects related to textile antennas / C. Hertleer / H. Rogier / L. Vallozzi
  • 26.4. Overview of the state of the art on textile antennas / H. Rogier / L. Vallozzi / C. Hertleer
  • 26.5. Conclusions and future outlook / L. Vallozzi / C. Hertleer / H. Rogier
  • References / H. Rogier / C. Hertleer / L. Vallozzi
  • 27.1. Introduction / J. Dennis / T. Martin / J. Forsyth / M. Jones / R. Younes / K. Hines
  • 27.2. Physical design / J. Dennis / J. Forsyth / K. Hines / R. Younes / T. Martin / M. Jones
  • 27.3.Network and hardware/software architecture / R. Younes / K. Hines / J. Forsyth / J. Dennis / T. Martin / M. Jones
  • 27.4. Applications / R. Younes / K. Hines / J. Forsyth / T. Martin / J. Dennis / M. Jones
  • 27.5. Lessons learned and future work / K. Hines / J. Forsyth / J. Dennis / T. Martin / M. Jones / R. Younes
  • Note continued: Acknowledgments / R. Younes / K. Hines / J. Forsyth / J. Dennis / T. Martin / M. Jones
  • References / R. Younes / K. Hines / J. Forsyth / J. Dennis / T. Martin / M. Jones
  • 28.1. Introduction / E. Bresky / T. Bashir / L. Guo / N.K. Persson
  • 28.2. Fundamental sensorics / E. Bresky / N.K. Persson / T. Bashir / L. Guo
  • 28.3. Electroconductive textile structures / N.K. Persson / T. Bashir / L. Guo / E. Bresky
  • 28.4. Textile-based electromechanical sensors / N.K. Persson / E. Bresky / T. Bashir / L. Guo
  • 28.5. Future perspectives / E. Bresky / N.K. Persson / L. Guo / T. Bashir
  • References / N.K. Persson / E. Bresky / T. Bashir / L. Guo.

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