人体呼吸健康研究(N95过滤式面罩呼吸器的佩戴能英文版)9787121396274兴海图书专营店 pmlz 电子版 pdf docx 网盘 kindle azw3 下载

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Chapter 1 Introduction

1.1 Background

1.2 Motivation

1.3 Outline

Chapter 2 Study of the filtration performance of multi-fiber filterr/> 2.1 Introduction

2.2 Model of multi-fiber filterr/> 2.2.1 Geometric model and simulation method of multi-fiber filterr/> 2.2.2 Model validation

2.3 Filtration efficiency and its optimization

2.3.1 Comparison of filtration performance between parallel and staggered designr/> 2.3.2 Filtration efficiency at different face velocities and particle diameterr/> 2.3.3 Filtration performance of layered filters with the same total SVF

2.3.4 Optimization of pressure drop and filtration efficiency

2.4 Conclusion

Referencer/>Chapter 3 Study of particle rebound and deposition on fiber surface

3.1 Introduction

3.2 Models of flow field and particle movement

3.2.1 Flow field and particle movement

3.2.2 Particle rebound model

3.3 Particle transport and deposition

3.3.1 Effect of particle rebounds on particle deposition

3.3.2 Effects of face velocity on particle deposition

3.3.3 Effects of particle diameter on particle deposition

3.3.4 Filtration efficiency of a single fiber

3.4 Conclusion

Referencer/>Chapter 4 Investigation of the flow-field in the upper respiratory system when wearing N95 FFR

4.1 Introduction

4.2 Modeling of full breathing cycler/> 4.2.1 Flow field reverse modeling

4.2.2 CFD simulation of a full breathing cycle

4.3 Flow field of a full breathing cycle

4.3.1 Flow characteristics of a full breathing cycle

4.3.2 CO2 volume fraction

4.3.3 Temperature distribution inside FFR cavity

4.3.4 Pressure and wall shear stress inside upper respiratory airway

4.4 Discussion

4.5 Conclusion

Referencer/>Chapter 5 Investigation of water vapor condensation on the inner surface of N95 FFR

5.1 Introduction

5.2 CFD modeling of water vapor condensation

5.2.1 Model of water vapor condensation

5.2.2 CFD-setup and boundary conditions of water vapor condensation

5.3 Water vapor condensation on the inner surface of N95 FFR

5.3.1 Effects of different environmental temperaturer/> 5.3.2 Effects of different breathing velocitier/> 5.3.3 Effects of different breathing frequencier/> 5.4 Discussion

5.5 Conclusion

Referencer/>Chapter 6 Effect of vapor condensation on micro-climate in the deadspace of N95 FFR

6.1 Introduction

6.2 CFD modeling of vapor condensation

6.2.1 Model of vapor condensation

6.2.2 CFD-setup and boundary conditions of vapor condensation

6.2.3 FFR performance and vapor condensation distribution

6.3 Experiment of micro-climate inside N95 FFR

6.3.1 Experiment of temperature and relative humidity measuring inside FFR

6.3.2 Experiment of bacteria accounting on the inner surface of FFR

6.4 Conclusion

Referencer/>Chapter 7 Investigation of movement characteristics and respiratory deposition of indoor cigarette particler/> 7.1 Introduction

7.2 Model of particle movement and respiratory deposition

7.2.1 Description of room, human and particles system

7.2.2 CFD model of cigarette particles deposition

7.2.3 PM2.5 measurement

7.3 Flow field and cigarette particles deposition

7.4 Conclusion

Referencer/>Chapter 8 An improved FFR design with a ventilation fan: CFD simulation and validation

8.1 Introduction

8.2 Improved FFR design and CFD simulation

8.2.1 Improved FFR design

8.2.2 Simulation method of flow field in FFR

8.3 Performance of the ventilation fan and its effectr/> 8.3.1 Flow characteristics of the ventilation fan

8.3.2 Effects of fan orientation

8.3.3 Experiment on temperature of headform and FFR

8.4 Conclusion

Referencer/>Chapter 9 Design of the FFR with an intelligent control fan

9.1 Introduction

9.2 Improved FFR design

9.3 Design of intelligent control system

9.4 Test results of FFR performance

9.5 Discussion

9.6 Conclusion

Referencer/>Chapter 10 Study of contact characteristicetween a respirator and a headform

10.1 Introduction

10.2 Models and methods of contact characteristicetween a respirator and a headform

10.2.1 Geometric models of headform and respirator

10.2.2 Simulation methods of contact characteristicr/> 10.3 Contact characteristicetween a respirator and a headform

10.4 Conclusion

Referencer/>Chapter 11 The effects of facial expressions on respirators fit

11.1 Introduction

11.2 Models and methods of facial expressionr/> 11.2.1 FE models of the headfrom and respirator

11.2.2 Simulation methods of facial expressionr/> 11.3 Effects of facial expressions on respirators fit

11.4 Conclusion

Referencer/>Chapter 12 Customized design and 3D printing of face seal for an N95 FFR

12.1 Introduction

12.2 Design, manufacture and test of customized face sealr/> 12.2.1 3D laser scanning of human headform

12.2.2 Customized design of FFR face seal

12.2.3 3D printing of the FFR face seal

12.2.4 Experiment setup and procedurer/> 12.3 Contact characteristicetween the FFR and headform

12.4 Discussion

12.5 Conclusion

Referencer/>

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