PhD Thesis by Yu-Hsuan Juan

Page 165

Biography Yu-Hsuan Juan, born in 1989 in Taipei, Taiwan, obtained her BSc with honors in ‘Aerospace and Systems Engineering’ from ‘Feng Chia University, Taiwan’ in 2011. Then, she received her MSc in ‘Energy and Refrigerating Air-Conditioning Engineering’ at ‘National Taipei University of Technology (TaipeiTECH), Taiwan’ in 2013. Her research interest focuses on sustainability in the urban environment since her MSc studies. Following her MSc degree, she continued as a researcher, where based on her MSc thesis and the continued research between 2013 and 2016, she published three peer-reviewed ISI journal papers [208-210]. During her studies in 2014 to 2016, she conducted two years of research work at the ‘Department of Mechanical Engineering, The Hong Kong Polytechnic University (PolyU), Hong Kong’, where this collaboration later led to publishing four peer-reviewed ISI journal papers [17, 38, 43, 211]. In 2017-2019, she continued at PolyU on a two-year research project - ‘development of a wind-field simulation platform to assess installation sites of wind turbines in highly urbanized areas of Hong Kong’, where her findings have been submitted to a peer-reviewed scientific journal [18]. In 2016, she cstarted her PhD studies at ‘National Taipei University of Technology, Taiwan' and soon after she joined the Double PhD degree program with 'Eindhoven University of Technology (TU/e), The Netherlands’. In 2017, she secured the Government Scholarship to Study Abroad sponsored by 'Ministry of Education, Taiwan', the Graduate Students Study Abroad Program sponsored by 'Ministry of Science and Technology, Taiwan', and the Graduate Students Study Abroad Scholarship sponsored by TaipeiTECH. In 2018, she joined the Marie-Curie fellowship as part of the Horizon2020 ITN Project AEOLUS4FUTURE to continue her PhD studies at TU/e, where her research was focused on ‘wind energy harvesting in the built environment’. She has published a total of 13 peer-reviewed ISI journal papers [17, 38, 43, 110, 182, 208-215], submitted an additional two peer-reviewed ISI journal papers [111, 216] and has published several papers in international conference proceedings [98, 217-227]. She has already cosupervised nine master students. She is a reviewer for 11 international ISI journals including Building and Environment, Energy, and the Journal of Building Engineering.


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References

29min
pages 151-164

Biography

1min
pages 165-166

4.5 Discussion

3min
pages 105-106

4.4.2 Impact of building corner shape

8min
pages 97-103

5.1 Introduction

13min
pages 112-116

5 Urban wind energy potential for a realistic high-rise urban area

1min
page 111

4.4.1 Impact of urban density

9min
pages 91-96

4.3.3 Computational settings

1min
page 89

4.3.2 Computational domain and grid

2min
page 88

4.2.1 Turbulence model sensitivity analysis

1min
page 85

4.2 CFD validation study

2min
pages 83-84

4 Urban wind energy potential: Impacts of urban density and layout

1min
page 79

3.5.5 Impact of wind direction

1min
page 76

4.1 Introduction

8min
pages 80-82

3.5.4 Impact of wind turbine type and orientation

3min
pages 73-75

3.5.3 Impact of corner radius

2min
pages 71-72

3 Urban wind energy potential: Impacts of building corner modifications

1min
page 53

3.5.2 Impact of chamfer length

2min
page 70

3.4.3 Grid-sensitivity analysis

1min
pages 62-63

2.7 Conclusions

3min
page 52

3.2.2 CFD validation: computational settings and results

3min
pages 58-59

3.3 Test cases

1min
page 60

2.6 Limitations of the study

1min
page 51

Discussion ...................................................................................................................................... 131

1min
page 20

buildings (d

12min
pages 42-50

Summary and Conclusions.......................................................................................................... 133

1min
page 21

Summary

2min
page 15

1.4 Thesis outline

3min
pages 23-24

2.2.2 CFD validation: computational domain and grid

1min
page 30

2.2.3 CFD validation: other computational settings

2min
pages 31-32

2 Urban wind energy potential: Impact of building arrangement and height

1min
page 25
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